Numerische Mathematik

Zeitschrift
Titel:	Numerische Mathematik
Untertitel:
Herausgeber:
Auflage:
Verlag:	Springer
Ort:	Berlin, Heidelberg
Zeitraum:	1959–Gegenwart
Erscheinungs- verlauf:
Artikel bei Wikisource:	[[:Kategorie:\|]]
Vorgänger:
Nachfolger:
Fachgebiete:	Mathematik
Sigle:	Numer. Math.

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Erschließung
Inhalt vollständig erfasst

Digitalisate

Die Digitalisate sind bei den Bänden verzeichnet.

Inhalt

01.Bd, 1946

GDZ Göttingen = DigiZeitschriften

E. Stiefel: Über diskrete und lineare Tchebycheff-Approximationen, S. 1 GDZ Göttingen
A. S. Householder; F. L. Bauer: On certain methods for expanding the characteristic polynomial, S. 29 GDZ Göttingen
M. Weisfeld: Orthogonal polynomials in several variables, S. 38 GDZ Göttingen
A. J. Perlis; K. Samelson: Report on the Algorithmic Language ALGOL, S. 41 GDZ Göttingen
L. Collatz; J. Schröder: Einschließen der Lösungen von Randwertaufgaben, S. 61 GDZ Göttingen
W. Dück: Eine Fehlerabschätzung zum Einzelschrittverfahren bei linearen Gleichungssystemen, S. 73 GDZ Göttingen
E. Kreyszig; J. Todd: The radius of univalence of the error function, S. 78 GDZ Göttingen
S. Comét: Über die Anwendung von Binärmodellen in der Theorie der Charaktere der symmetrischen Gruppen, S. 90 GDZ Göttingen
A. Walther; H. Schappert: Numerische Behandlung des Gelenkvierecks, S. 110 GDZ Göttingen
H. Cohn: Numerical study of the representation of a totally positive quadratic integer as the sum of quadratic integral squares, S. 121 GDZ Göttingen
G. Bertram: Verschärfung einer Fehlerabschätzung zum Ritz-Galerkinschen Verfahren von KRYLOFF für Randwertaufgaben, S. 135 GDZ Göttingen
P. Wynn: On the Propagation of Error in Certain Non-linear Algorithms, S. 142 GDZ Göttingen
J. H. Wilkinson: The evaluation of the zeros of ill-conditioned polynomials. Part I, S. 150 GDZ Göttingen
J. H. Wilkinson: The evaluation of the zeros of ill-conditioned polynomials. Part II, S. 167 GDZ Göttingen
G. Bertram: Eine Fehlerabschätzung für gewisse selbstadjungierte, gewöhnliche Randwertaufgaben, S. 181 GDZ Göttingen
H. O. Kreiss: Über die Differenzapproximation hoher Genauigkeit bei Anfangswertproblemen für partielle Differentialgleichungen, S. 186 GDZ Göttingen
P. Wynn: A Sufficient Condition for the Instability of the q Â? d Algorithm, S. 203 GDZ Göttingen
F. L. Bauer; H. J. Stetter: Zur numerischen Fourier-Transformation, S. 208 GDZ Göttingen
P. C. Sikkema: Über den Grad der Approximation mit Bernstein-Polynomen, S. 221 GDZ Göttingen
S. V. Parter: On „Two-Line“ Iterative Methods for the Laplace and Biharmonic Difference Equations, S. 240 GDZ Göttingen
E. W. Cheney; A. A. Goldstein: Newton’s Method for Convex Programming and Tchebycheff Approximation, S. 253 GDZ Göttingen
E. W. Dijkstra: A Note on Two Problems in Connexion with Graphs, S. 269 GDZ Göttingen
P. Wynn: Converging Factors for Continued Fractions. Part I, S. 272 GDZ Göttingen
P. Wynn: Converging Factors for Continued Fractions. Part II, S. 308 GDZ Göttingen

02.Bd, 1947

GDZ Göttingen = DigiZeitschriften

E. Stiefel: Note on Jordan elimination, linear programming and Tschebyscheff approximation, S. 1 GDZ Göttingen
W. Wetterling: Zum Einschließungssatz von KRYLOFF-BOGOLIUBOV für allgemeine Eigenwertaufgaben bei gewöhnlichen Differentialgleichungen, S. 18 GDZ Göttingen
T. Kato: Estimation of Iterated Matrices, with application to the von Neumann condition, S. 22 GDZ Göttingen
T. E. Hull; W. A. Luxemburg: Numerical methods and existence theorems for ordinary differential equations, S. 30 GDZ Göttingen
A. S. Householder; F. L. Bauer: Moments and characteristic roots, S. 42 GDZ Göttingen
A. S. Householder; F. L. Bauer: On certain iterative methods for solving linear systems, S. 55 GDZ Göttingen
N. J. Lehmann: Eine Fehlerabschätzung zum Ritzschen Verfahren für inhomogene Randwertaufgaben, S. 60 GDZ Göttingen
R. L. Causey; P. Henrici: Convergence of approximate eigenvectors in Jacobi methods, S. 67 GDZ Göttingen
W. Börsch-Supan: Bemerkungen zur Fehlerabschätzung beim Ritz-GalerkinVerfahren nach KRYLOW, S. 79 GDZ Göttingen
J. H. Halton: On the efficiency of certain quasi-random sequences of points in evaluating multi-dimensional integrals, S. 84 GDZ Göttingen
J. jr. Douglas: A Numerical Method for the Solution of a Parabolic System, S. 91 GDZ Göttingen
L. Veidinger: On the Numerical Determination of the Best Approximations in the Chebyshev Sense, S. 99 GDZ Göttingen
H. Rutishauser; F. L. Bauer; A. J. Perlis; K. Samelson; J. W. Backus; J. Green; C. Katz; J. Mccarthy; P. Naur; B. Vauquois; J. H. Wegstein; A. Van Wijngaarden; M. Woodger: Report on the algorithmic language ALGOL 60, S. 106 GDZ Göttingen
F. L. Bauer; C. T. Fike: Norms and exclusion theorems, S. 137 GDZ Göttingen
H. Maehly; Ch. Witzgall: Tschebyscheff-Approximationen in kleinen Intervallen. I. Approximation durch Polynome, S. 142 GDZ Göttingen
P. Wynn: Über einen Interpolations-Algorithmus und gewisse andere Formeln, die in der Theorie der Interpolation durch rationale Funktionen bestehen, S. 151 GDZ Göttingen
H. Brakhage: Über die numerische Behandlung von Integralgleichungen nach der Quadraturformelmethode, S. 183 GDZ Göttingen
C. W. Clenshaw; A. R. Curtis: A method for numerical integration on an automatic computer, S. 197 GDZ Göttingen
C. G. Esséen: Über die asymptotisch beste Approximation stetiger Funktionen mit Hilfe von Bernstein-Polynomen, S. 206 GDZ Göttingen
H. E. Salzer: Optimal Points for Numerical Differentiation, S. 214 GDZ Göttingen
W. Magnus; L. Kotin: The Zeros of the Hankel Function as a Function of its Order, S. 228 GDZ Göttingen
R. F. Albrecht: Approximation to the solution of partial differential-equations by the solutions of ordinary differential-equations, S. 245 GDZ Göttingen
H. Rutishauser: Bemerkungen zur numerischen Integration gewöhnlicher Differentialgleichungen n-ter Ordnung, S. 263 GDZ Göttingen
J. Neubüser: Untersuchungen des Untergruppenverbandes endlicher Gruppen auf einer programmgesteuerten elektronischen Dualmaschine, S. 280 GDZ Göttingen
H. Maehly; Ch. Witzgall: Tschebyscheff-Approximationen in kleinen Intervallen. II. Stetigkeitssätze für gebrochen rationale Approximationen, S. 293 GDZ Göttingen
A. S. Householder; F. L. Bauer: Some inequalities involving the euclidean condition of a matrix, S. 308 GDZ Göttingen
E. W. Dijkstra: Recursive Programming, S. 312 GDZ Göttingen
J. H. Wilkinson: Error Analysis of Floating-point Computation, S. 319 GDZ Göttingen
H. L. Haas: Bestimmung der Eigenwerte des allgemeinen Eigenwertproblems, S. 341 GDZ Göttingen
A. H. Schopf: On the Kantorovich Inequality, S. 344 GDZ Göttingen
H. Cohn: A numerical study of WEBER’S real class number calculation. Part I, S. 347 GDZ Göttingen

03.Bd, 1948

GDZ Göttingen = DigiZeitschriften

N. J. Lehmann: Das inhomogene natürliche Randwertproblem und Fehlerabschätzungen für Näherungslösungen, S. 1 GDZ Göttingen
F. W. Schäfke: Ein Verfahren zur Berechnung des charakteristischen Exponenten der Mathieuschen Differentialgleichung. I, S. 30 GDZ Göttingen
J. Schröder: Fehlerabschätzung mit Rechenanlagen bei gewöhnlichen Differentialgleichungen erster Ordnung , S. 39 GDZ Göttingen
A. Schönhage: Fehlerfortpflanzung bei Interpolation, S. 62 GDZ Göttingen
E. W. Cheney; H. L. Loeb: Two new algorithms for rational approximation, S. 72 GDZ Göttingen
Y. L. Luke: The radius of univalence of the function expz2 ..zo.. exp( Â? t2)dt, S. 76 GDZ Göttingen
E. Karst: Faktorenzerlegung Mersennescher Zahlen mittels programmgesteuerter Rechengeräte, S. 79 GDZ Göttingen
G. Kjellberg: On the successive over-relaxation method for cyclic operators, S. 87 GDZ Göttingen
J. jr. Douglas: Alternating direction iteration for mildly nonlinear elliptic difference equations, S. 92 GDZ Göttingen
L. Collatz: Monotonie und Extremalprinzipien beim Newtonschen Verfahren, S. 99 GDZ Göttingen
P. C. Sikkema: Der Wert einiger Konstanten in der Theorie der Approximation mit Bernstein-Polynomen, S. 107 GDZ Göttingen
F. L. Bauer: A further generalization of the Kantorovic inequality, S. 117 GDZ Göttingen
H. E. Salzer: Some extensions of Bairstow’s method, S. 120 GDZ Göttingen
J. Schröder: Verbesserung einer Fehlerabschätzung für gewöhnliche Differentialgleichungen erster Ordnung, S. 125 GDZ Göttingen
R. Albrecht; W. Urich: Ein Differenzenverfahren zur näherungsweisen Lösung des Anfangswertproblems für Systeme halblinearer partieller Differentialgleichungen l. Ordnung, S. 131 GDZ Göttingen
R. S. Varga; G. H. Golub: Chebyshev semi-iterative methods, successive overrelaxation iterative methods, and second order Richardson iterative methods. Part I, S. 147 GDZ Göttingen
R. S. Varga; G. H. Golub: Chebyshev semi-iterative methods, successive overrelaxation iterative methods, and second order Richardson iterative methods. Part II, S. 157 GDZ Göttingen
L. C. Hsu: Note on the numerical integration of periodic functions and of partially periodic functions, S. 169 GDZ Göttingen
H. Brakhage: Zur Fehlerabschätzung für die numerische Eigenwertbestimmung bei Integralgleichungen, S. 174 GDZ Göttingen
J. Descloux: Dégénérescence dans les approximations de Tschebyscheff linéaires et discrètes, S. 180 GDZ Göttingen
J. Albrecht: Fehlerabschätzungen bei Relaxationsverfahren zur numerischen Auflösung linearer Gleichungssysteme, S. 188 GDZ Göttingen
M. Blum: A stagewise parameter estimation procedure for correlated data, S. 202 GDZ Göttingen
S. Bergman; J. G. Herriot: Application of the method of the kernel function for solving boundary-value problems, S. 209 GDZ Göttingen
P. Läuchli: Jordan-Elimination und Ausgleichung nach kleinsten Quadraten, S. 226 GDZ Göttingen
IFIP-Kongreß 1962
A. S. Householder; F. L. Bauer: Absolute norms and characteristic roots, S. 241 GDZ Göttingen
H. Fisser: Some tests applied to pseudo-random numbers generated by v. Hoerner’s rule, S. 247 GDZ Göttingen
H. Felsch: Programmierung der Restklassenabzählung einer Gruppe nach Untergruppen, S. 250 GDZ Göttingen
F. L. Bauer; J. Stoer; C. Witzgall: Absolute and monotonie norms, S. 257 GDZ Göttingen
W. Liniger: On a Method by D. H. Lehmer for the Generation of Pseudo Random Numbers, S. 265 GDZ Göttingen
J. Neubüser: Bestimmung der Untergruppenverbände endlicher p-Gruppen auf einer programmgesteuerten elektronischen Dualmaschine, S. 271 GDZ Göttingen
P. C. Chakravarti: Truncation error in interpolation and numerical differentiation, S. 279 GDZ Göttingen
J. Stoer: Über zwei Algorithmen zur Interpolation mit rationalen Funktionen, S. 285 GDZ Göttingen
S. V. Parter: Multi-line“ iterative methods for elliptic difference equations and fundamental frequencies, S. 305 GDZ Göttingen
R. Zurmühl: Zur Arbeit Herbert E. Salzer, „Some extensions of Bairstow’s method“, S. 320 GDZ Göttingen
H. J. Stetter: On the convergence of characteristic finite-difference methods of high accuracy for quasi-linear hyperbolic equations, S. 321 GDZ Göttingen
J. Albrecht: Monotone Iterationsfolgen und ihre Verwendung zur Lösung linearer Gleichungssysteme, S. 345 GDZ Göttingen
W. L. jr. Wilson: On Discrete Dirichlet and Plateau Problems, S. 359 GDZ Göttingen
A. Schönhage: Zur Konvergenz des Jacobi-Verfahrens, S. 374 GDZ Göttingen
W. Gautschi: Numerical integration of ordinary differential equations based on trigonometric polynomials, S. 381 GDZ Göttingen
M. Lees: Alternating Direction and Semi-Explicit Difference Methods for Parabolic Partial Differential Equations, S. 398 GDZ Göttingen

04.Bd, 1949

GDZ Göttingen = DigiZeitschriften

F. W. Schäfke; R. Ebert; H. Groh: Ein Verfahren zur Berechnung des charakteristischen Exponenten der Mathieuschen Differentialgleichung. II, S. 1 GDZ Göttingen
H. Schneider; W. G. Strang: Comparison theorems for supremum norms, S. 15 GDZ Göttingen
P. Treuenfels: Schranken für Lösungen von Randwertaufgaben, S. 21 GDZ Göttingen
P. Henrici: Bounds for iterates, inverses, spectral variation and fields of values of non-normal matrices, S. 24 GDZ Göttingen
J. jr. Douglas: Alternating Direction Methods for Three Space Variables, S. 41 GDZ Göttingen
F. W. Schäfke; H. Groh: Zur Berechnung der Eigenwerte der Mathieuschen Differentialgleichung, S. 64 GDZ Göttingen
R. D. Richtmyer; M. Devaney; N. Metropolis: Continued fraction expansions of algebraic numbers, S. 68 GDZ Göttingen
E. Frank: On continued fraction expansions for binomial quadratic surds, S. 85 GDZ Göttingen
J. jr. Douglas; B. F. jr. Jones: Numerical Methods for Integro-Differential Equations of Parabolic and Hyperbolic Types, S. 96 GDZ Göttingen
F. L. Bauer: On the Field of Values Subordinate to a Norm, S. 103 GDZ Göttingen
B. J. Stone: Best possible ratios of certain matrix norms, S. 114 GDZ Göttingen
W. Gautschi: On inverses of Vandermonde and confluent Vandermonde matrices, S. 117 GDZ Göttingen
E. W. Cheney; H. L. ?Oeb: On Rational Chebyshev Approximation, S. 124 GDZ Göttingen
F. Harary: A graph theoretic approach to matrix inversion by partitioning, S. 128 GDZ Göttingen
H. Morimoto: Stability in the wave equation coupled with heat flow, S. 136 GDZ Göttingen
A. A. Goldstein: Cauchy’s method of minimization, S. 146 GDZ Göttingen
W. Lindenberg: Über eine Darstellung von Gruppenelementen in digitalen Rechenautomaten, S. 151 GDZ Göttingen
J. Stoer; C. Witzgall: Transformations by Diagonal Matrices in a Normed Space, S. 158 GDZ Göttingen
C. Pearcy: On convergence of alternating direction procedures, S. 172 GDZ Göttingen
R. C. Buck: Stochastic ascent, S. 177 GDZ Göttingen
J. Greenstadt: Some Numerical Experiments in Triangularizing Matrices, S. 187 GDZ Göttingen
J. Albrecht: Fehlerschranken und Konvergenzbeschleunigung bei einer monotonen oder alternierenden Iterationsfolge, S. 196 GDZ Göttingen
T. S. Chow; H. W. Milnes: Solution of Laplace’s Equation by Boundary Contraction Over Regions of Irregular Shape, S. 209 GDZ Göttingen
J. F. Benders: Partitioning procedures for solving mixed-variables programming problems, S. 238 GDZ Göttingen
R. Albrecht; W. Urich: Numerical Treatment of the Initial Value Problem for Systems of Quasilinear Partial Differential Equations of First Order, S. 253 GDZ Göttingen
J. C. C. Nitsche: Über die Abhängigkeit der Tschebyscheffschen Approximierenden einer differenzierbaren Funktion vom Intervall, S. 262 GDZ Göttingen
S. V. Parter: Stability, Convergence, and Pseudo-Stability of Finite-Difference Equations for an Over-Determined Problem, S. 277 GDZ Göttingen
S. V. Parter: An Observation on the Numerical Solution of Difference Equations and a Theorem of Szegö, S. 293 GDZ Göttingen
J. H. Wilkinson: Note on the Quadaratic Convergence of the Cyclic Convergence Process, S. 296 GDZ Göttingen
J. jr. Douglas: A correction to my paper „Alternating Direction Iteration for Mildly Nonlinear Elliptic Difference Equations“, S. 301 GDZ Göttingen
E. Frank: On Continued Fraction Expansions for Binomial Quadratic Surds. II, S. 303 GDZ Göttingen
F. W. Schäfke; H. Groh: Zur Berechnung der Eigenwerte der Sphäroiddifferentialgleichung, S. 310 GDZ Göttingen
J. H. Bramble; B. E. Hubbard: On the Formulation of finite Difference analogues of the Dirichlet Problem for Poisson’s Equation, S. 313 GDZ Göttingen
L. C. Hsu: On the Numerical Integration of Non-periodic Functions of Several Variables, S. 330 GDZ Göttingen
J. L. Brenner; C. Brenner: The Popularity of Small Integers as Primitive Roots, S. 336 GDZ Göttingen
Ch. Davis: The Norm of the Schur Product Operation, S. 343 GDZ Göttingen
T. J. Rivlin: Polynomials of Best Uniform Approximation to Certain Rational Functions, S. 345 GDZ Göttingen
M. Marcus: An Inequality Connecting the P-Condition Number and the Determinant, S. 350 GDZ Göttingen
H. E. Salzer: Equall-Weighted Formulas for Numerical Differentiation, S. 381 GDZ Göttingen
H. Nagler: On a Property of Simplex Tableaux in the Transportation Problem, S. 398 GDZ Göttingen
M. Woodger; C. W. Clenshaw; G. F. Miller: Handbook Series Special Functions. Algorithms for Special Functions I, S. 403 GDZ Göttingen
F. L. Bauer; H. Rutishauser; A. J. Perlis; K. Samelson; J. Green; C. Katz; J. Mccarthy; P. Naur; B. Vauquois; J. H. Wegstein; A. Van Wijngaarden; M. Woodger; J. W Backus: Revised Report on the Algorithmic Language ALGOL 60, S. 420 GDZ Göttingen

05.Bd, 1950

GDZ Göttingen = DigiZeitschriften

G. Neubauer: Eine empirische Untersuchung zur Mertensschen Funktion, S. 1 GDZ Göttingen
G. Meinardus: Über eine Verallgemeinerung einer Ungleichung von L.V. KANTOROWITSCH, S. 14 GDZ Göttingen
H. O. Kreiss: Über implizite Differenzmethoden für partielle Differentialgleichungen, S. 24 GDZ Göttingen
H. Rutishauser: Ausdehnung des Rombergschen Prinzips, S. 48 GDZ Göttingen
R. Sauer: Differenzenverfahren für hyperbolische Anfangswertprobleme bei mehr als zwei unabhängigen Veränderlichen mit Hilfe von Nebencharakteristiken, S. 55 GDZ Göttingen
G. Aumann: Über den Vergleichsfaktor bei linearen Approximationsproblemen, S. 68 GDZ Göttingen
F. L. Bauer: Optimally scaled matrices, S. 73 GDZ Göttingen
G. W. Struble: Orthogonal Polynomials: Variable-signed Weight Functions, S. 88 GDZ Göttingen
H. Rutishauser: Stabile Sonderfälle des Quotienten-Differenzen-Algorithmus, S. 95 GDZ Göttingen
E. Frank: On Continued Fraction Expansions for Binomial Quadratic Surds. III, S. 113 GDZ Göttingen
D. G. Aronson: On the Stability of Certain Finite Difference Approximations to Parabolic Systems of Differential Equations, S. 118 GDZ Göttingen
J. P. Imhof: On the Method for Numerical Integration of CLENSHAW and CURTIS, S. 138 GDZ Göttingen
N. Gastinel: Sur-Décomposition de Normes Générales et Procédés Itératifs, S. 142 GDZ Göttingen
M. St. Lynn: Some infra-max bounds for the spectral radii of splittings of H -matrices, S. 152 GDZ Göttingen
J. Jr. Douglas; C. M. Pearcy: On Convergence of Alternating Direction Procedures in the Presence of Singular Operators, S. 175 GDZ Göttingen
J. Descloux: Bounds for the Spectral Norm of Functions of Matrices, S. 185 GDZ Göttingen
T. Ginsburg: Handbook Series Linear Algebra. The Conjugate Gradient Method, S. 191 GDZ Göttingen
T. I. Seidman: On the Stability of Certain Difference Schemes, S. 201 GDZ Göttingen
J. M. Ortega: An Error Analysis of Householder’s Method for the Symmetric Eigenvalue Problem, S. 211 GDZ Göttingen
G. Hämmerlin: Über ableitungsfreie Schranken für Quadraturfehler, S. 226 GDZ Göttingen
A. S. Householder; J. A. Carpenter: The Singular Values of Involutory and of Idempotent Matrices, S. 234 GDZ Göttingen
A. Weinstein: On the Sturm-Liouville Theory and the Eigenvalues of Intermediate Problems, S. 238 GDZ Göttingen
N. J. Lehmann: Optimale Eigenwerteinschließungen, S. 246 GDZ Göttingen
H. R. Schwarz; H. Rutishauser: Handbook Series Linear Algebra. The LR transformation method for symmetric matrices, S. 273 GDZ Göttingen
D. G. Aronson: A correction to the paper „On the Stability of Certain Finite Difference Approximations to Parabolic Systems of Differential Equations“. Numer.Math. 5, 118 Â?137 (1963), S. 290 GDZ Göttingen
D. J. Hofsommer; R. P. Van De Riet: On the Numerical Calculation of Elliptic Integrals of the first and second kind and the Elliptic Functions of Jacobi, S. 291 GDZ Göttingen
A. Schönhage: Optimale Punkte für Differentiation und Integration, S. 303 GDZ Göttingen
P. Wynn: Note on a Converging Factor for a Certain Continued Fraction, S. 332 GDZ Göttingen
W. Törnig: Über Differenzenverfahren in Rechteckgittern zur numerischen Lösung quasilinearer hyperbolischer Differentialgleichungen, S. 353 GDZ Göttingen
J. Stoer: Duality in Nonlinear Programming and the Minimax Theorem, S. 371 GDZ Göttingen
W. Börsch-Supan: A posteriori error bounds for the zeros of polynomials, S. 380 GDZ Göttingen
H. J. Stetter: Maximum bounds for the solutions of initial value problems for partial difference equations, S. 399 GDZ Göttingen
W. Gautschi: On inverses of Vandermonde and confluent Vandermonde matrices. II, S. 425 GDZ Göttingen
A. A. Goldstein: On the Stability of Rational Approximation, S. 431 GDZ Göttingen
H. C. Kranzer: An Error Formula for Numerical Differentiation, S. 439 GDZ Göttingen
R. Ansorge: Die Adams-Verfahren als Charakteristikenverfahren höherer Ordnung zur Lösung von hyperbolischen Systemen halblinearer Differentialgleichungen, S. 443 GDZ Göttingen

06.Bd, 1951

GDZ Göttingen = DigiZeitschriften

R. Zurmühl: Zur angenäherten ganzrationalen Tschebyscheff-Approximation mit Hilfe trigonometrischer Interpolation, S. 1 GDZ Göttingen
R. Bulirsch: Bemerkungen zur Romberg-Integration, S. 6 GDZ Göttingen
J. Eve: The Evaluation of Polynomials, S. 17 GDZ Göttingen
P. Wynn: General Purpose Vector Epsilon Algorithm ALGOL Procedures, S. 22 GDZ Göttingen
G. Strang: Accurate Partial Difference Methods. II. Non-Linear Problems, S. 37 GDZ Göttingen
A. A. Goldstein; B. R. Kripke: Mathematical Programming by Minimizing Differentiable Functions, S. 47 GDZ Göttingen
J. H. Bennett: Integral Equation Methods for Transport Problems. Some Numerical Results, S. 49 GDZ Göttingen
J. Stoer: Über einen Dualitätssatz der nichtlinearen Programmierung, S. 55 GDZ Göttingen
T. Tsuda; T. Kiyono: Application of the Monte Carlo Method to Systems of Nonlinear Algebraic Equations, S. 59 GDZ Göttingen
H. E. Salzer: Divided Differences for Functions of Two Variables for Irregularly Spaced Arguments, S. 68 GDZ Göttingen
J. W. Schmidt: Ausgangsvektoren für monotone Iterationen bei linearen Gleichungssystemen, S. 78 GDZ Göttingen
J. Patry; J. Keller: Zur Berechnung des Fehlerintegrals, S. 89 GDZ Göttingen
A. W. Marshall; I. Olkin: Inclusion Theorems for Eigenvalues from Probability Inequalities, S. 98 GDZ Göttingen
B. R. Kripke: Best Approximation with Respect to Nearby Norms, S. 103 GDZ Göttingen
R. S. Varga; L. A. Hageman: Block Iterative Methods for Cyclically Reduced Matrix Equations, S. 106 GDZ Göttingen
B. R. Heap; M. S. Lynn: The Index of Primitivity of a Non-Negative Matrix, S. 120 GDZ Göttingen
G. J. Tee: An Application of p-Cyclic Matrices, for Solving Periodic Parabolic Problems, S. 142 GDZ Göttingen
W. Törnig: Berichtigung ,,Über Differenzenverfahren in Rechteckgittern zur numerischen Lösung quasilinearer hyperbolischer Differentialgleichungen“ Num. Math. 5, 353 Â? 370 (1963), S. 160 GDZ Göttingen
L. Bittner: Über ein mehrstufiges Iterationsverfahren zur Lösung von linearen Gleichungen, S. 161 GDZ Göttingen
J. E. Gunn: The Numerical Solution of V Â? a Vu=f by a Semi-Explicit Alternating-Direction Iterative Technique, S. 181 GDZ Göttingen
R. E. Lynch; J. R. Rice; D. H. Thomas: Direct Solution of Partial Difference Equations by Tensor Product Methods, S. 185 GDZ Göttingen
D. Suschowk: Difference Analogues of Green’s Identities for Grids in Rn, S. 200 GDZ Göttingen
F. Briones: On the Alternants Appearing in Chebyshev’s Best Approximation Problem, S. 211 GDZ Göttingen
R. Ansorge: Zur Struktur gewisser Konvergenzkriterien bei der numerischen Lösung von Anfangswertaufgaben, S. 224 GDZ Göttingen
B. Boehm: Functions Whose Best Rational Chebyshev Approximations Are Polynomials, S. 235 GDZ Göttingen
J. E. Gunn: On the Two-Stage Iterative Method of Douglas for Mildly Nonlinear Elliptic Difference Equations, S. 243 GDZ Göttingen
J. B. Rosen: Primal Partition Programming for Block Diagonal Matrice, S. 250 GDZ Göttingen
D. C. Handscomb: Remarks on a Monte Carlo Integration Method, S. 261 GDZ Göttingen
C. G. Broyden: Some Generalisations of the Theory of Successive Over-Relaxation, S. 269 GDZ Göttingen
A. R. Mitchell; G. Fairweather: Improved Forms of the Alternating Direction Methods of Douglas, Peaceman, and Rachford for Solving Parabolic and Elliptic Equations, S. 285 GDZ Göttingen
C. L. Lawson: Characteristic Properties of the Segmented Rational Minmax Approximation Problem , S. 293 GDZ Göttingen
J. Stoer: On the Characterization of Least Upper Bound Norms in Matrix Space, S. 302 GDZ Göttingen
H. S. Wilf: Exactness Conditions in Numerical Quadrature, S. 315 GDZ Göttingen
S. Filippi: Angenäherte Tschebyscheff-Approximation einer Stammfunktion eine Modifikation des Verfahrens von Clenshaw und Curtis, S. 320 GDZ Göttingen
A. G. Azpeitia; D. J. Dickinson: A Decision Rule in the Simplex Method that Avoids Cycling , S. 329 GDZ Göttingen
A. Schneider: Bemerkung zur numerischen Differentiation, S. 332 GDZ Göttingen
M. L. Buchanan: A Condition for Uniform Jordanization of a Family of Triangular Matrices, S. 335 GDZ Göttingen
B. R. Heap; M. S. Lynn: A Graph-theoretic Algorithm for the Solution of a Linear Diophantine Problem of Frobenius, S. 346 GDZ Göttingen
H. Schneider; N. Nirschl: The Bauer Fields of Values of a Matrix, S. 355 GDZ Göttingen
R. S. Varga: On Smallest Isolated Gerschgorin Disks for Eigenvalues, S. 366 GDZ Göttingen
P. Lancaster: On Eigenvalues of Matrices Dependent on a Parameter, S. 377 GDZ Göttingen
P. Lancaster: Algorithms for Lambda-Matrices, S. 388 GDZ Göttingen
H. J. Weinitschke: Über eine Klasse von Iterationsverfahren, S. 395 GDZ Göttingen
W. Oettli; W. Prager: Compatibility of Approximate Solution of Linear Equations with Given Error Bounds for Coefficients and Right-Hand Sides, S. 405 GDZ Göttingen
A. Schönhage: Zur quadratischen Konvergenz des Jacobi-Verfahrens, S. 410 GDZ Göttingen
J. Stoer; R. Bulirsch: Fehlerabschätzungen und Extrapolation mit rationalen Funktionen bei Verfahren vom Richardson-Typus, S. 413 GDZ Göttingen
J. jr. Douglas; J. E. Gunn: A General Formulation of Alternating Direction Methods. Part I. Parabolic and Hyperbolic Problems, S. 428 GDZ Göttingen
Report on SUBSET ALGOL 60 (IFIP)
Report on Input-Output Procedures for ALGOL 60

07.Bd, 1952

GDZ Göttingen = DigiZeitschriften

W. Lindenberg; L. Gerhards: Ein Verfahren zur Berechnung des vollständigen Untergruppenverbandes endlicher Gruppen auf Dualmaschinen, S. 1 GDZ Göttingen
H. Schneider: Positive Operators and an Inertia Theorem, S. 11 GDZ Göttingen
H. J. Stetter: Asymptotic Expansions for the Error of Discretization Algorithms for Non-linear Functional Equations, S. 18 GDZ Göttingen
D. Braess: Monotone Iterationsfolgen bei Gleichungssystemen mit fehlerhaften Koeffizienten und Iterationsbeschleunigung, S. 32 GDZ Göttingen
S. Bergman; J. G. Herriot: Numerical Solution of Boundary-Value Problems by the Method of Integral Operators, S. 42 GDZ Göttingen
J. S. Maybee: Some Structural Theorems for Partial Difference Operators, S. 66 GDZ Göttingen
G. W. Hedstrom: The Near-Stability of the Lax-Wendroff Method, S. 73 GDZ Göttingen
R. Bulirsch: Handbook Series Special Functions. Numerical Calculation of Elliptic Integrals and Elliptic Functions, S. 78 GDZ Göttingen
K. Miller: Numerical Analogs to the Schwarz Alternating Procedure, S. 91 GDZ Göttingen
N. Metropolis: Algorithms in Unnormalized Arithmetic. I. Recurrence Relations, S. 104 GDZ Göttingen
S. V. Parter: Mildly Nonlinear Elliptic Partial Differential Equations and their Numerical Solution. I , S. 113 GDZ Göttingen
S. V. Parter; D. Greenspan: Mildly Nonlinear Elliptic Partial Differential Equations and their Numerical Solution. II, S. 129 GDZ Göttingen
D. Marsal: Eine Verallgemeinerung der Summenformel von EULER und ihre Anwendung auf ausgewählte Probleme der numerischen Integration, S. 147 GDZ Göttingen
M. R. Osborne: A Note on the Numerical Solution of a Periodic Parabolic Problem, S. 155 GDZ Göttingen
A. L. Roark; G. M. Wing: A Method for Computing the Eigenvalues of Certain Integral Equations, S. 159 GDZ Göttingen
J. Todd: On Smallest Isolated Gerschgorin Disks for Eigenvalues, S. 171 GDZ Göttingen
B. Brosowski: Über die Eindeutigkeit der rationalen Tschebyscheff-Approximationen, S. 176 GDZ Göttingen
B. Parlett: Convergence of the QR Algorithm, S. 187 GDZ Göttingen
G. F. Miller: Handbook Series Special Functions. Algorithms for Special Functions. II, S. 194 GDZ Göttingen
A. M. Garsia: Some Bounds on Best Uniform Linear Approximation, S. 197 GDZ Göttingen
G. Golub: Numerical Methods for Solving Linear Least Squares Problems, S. 206 GDZ Göttingen
J. M. Bennett: Triangular Factors of Modified Matrices, S. 217 GDZ Göttingen
H. P. Künzi; H. Tzschach: The Duoplex-Algorithm, S. 222 GDZ Göttingen
B. R. Heap; M. S. Lynn: On a Linear Diophantine Problem of Frobenius: an Improved Algorithm, S. 226 GDZ Göttingen
G. Hämmerlin: Über ableitungsfreie Schranken für Quadraturfehler. II. Ergänzungen und Möglichkeiten zur Verbesserung , S. 232 GDZ Göttingen
J. A. Cochran: The Zeros of Hankel Functions as Functions of Their Order, S. 238 GDZ Göttingen
J. Focke: Über die Multiplikativität von Matrizennormen, S. 251 GDZ Göttingen
N. Gastinel: Propriétés de certains ensembles normes de matrices, S. 255 GDZ Göttingen
W. P. Timlake: An Extension of the …2 Procedure, S. 261 GDZ Göttingen
G. H. Golub; P. Businger: Handbook Series Linear Algebra. Linear Least Squares Solutions by Householder Transformations, S. 269 GDZ Göttingen
M. Reimer: Eine Fehlerabschätzung für lineare Differenzenverfahren, S. 277 GDZ Göttingen
H. Greenspan; W. Hafner; M. Ribaric: On Varying Stepsize in Numerical Integration of First Order Differential Equations, S. 286 GDZ Göttingen
T. L. Hayden: Continued Fraction Approximation to Functions, S. 292 GDZ Göttingen
G. Nemeth: Chebyshev Expansions for Fresnel Integrals, S. 310 GDZ Göttingen
V. Klee: A Class of Linear Programming Problems Requiring a Large Number of Iterations, S. 313 GDZ Göttingen
A. Ralston: Rational Chebyshev Approximation by Remes’ Algorithms, S. 322 GDZ Göttingen
F. L. Bauer: An Elementary Proof of the Hopf Inequality for Positive Operators, S. 331 GDZ Göttingen
F. L. Bauer: Handbook Series Linear Algebra. Elimination with Weighted Row Combinations for Solving Linear Equations and Least Squares Problems, S. 338 GDZ Göttingen
R. Bulirsch: Handbook Series Special Functions. Numerical Calculation of Elliptic Integrals and Elliptic Functions. II. , S. 353 GDZ Göttingen
Berichtigung
J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. Symmetrie Decomposition of Positive Definite Band Matrices, S. 355 GDZ Göttingen
J. H. Wilkinson; R. S. Martin; G. Peters: Handbook Series Linear Algebra. Symmetrie Decomposition of a Positive Definite Matrix, S. 362 GDZ Göttingen
R. E. Barnhill: Complex Quadratures with Remainders of Minimum Norm, S. 384 GDZ Göttingen
A. A. Goldstein: On Newton’s Method, S. 391 GDZ Göttingen
A. L. Roark; L. F. Shampine: On a Paper of Roark and Wing, S. 394 GDZ Göttingen
B. Brosowski: Über Extremalsignaturen linearer Polynome in n Veränderlichen, S. 396 GDZ Göttingen
F. J. Smith: Quadrature Methods based on the Euler-Maclaurin Formula and on the Clenshaw-Curtis Method of Integration, S. 406 GDZ Göttingen
H. B. Keller: On the Accuracy of Finite Difference Approximations to the Eigenvalues of Differential and Integral Operators, S. 412 GDZ Göttingen
S. M. Shah; P. Suryanarayana: Approximation of Continuous Functions by Power Series with Polynomial Coefficients, S. 420 GDZ Göttingen
J. R. Rice: On the Conditioning of Polynomial and Rational Forms, S. 426 GDZ Göttingen

08.Bd, 1953

GDZ Göttingen = DigiZeitschriften

J. Stoer; R. BULiRsch: Numerical Treatment of Ordinary Differential Equations by Extrapolation Methods, S. 1 GDZ Göttingen
J. Legras: Résolution numérique des grands systèmes différentiels linéaires , S. 14 GDZ Göttingen
B. Dejon: Stronger than Uniform Convergence of Multistep Difference Methods, S. 29 GDZ Göttingen
N. J. Lehmann: Zur Verwendung optimaler Eigenwerteingrenzungen bei der Lösung symmetrischer Matrizenaufgaben, S. 42 GDZ Göttingen
Bui-Trong-LiEu; P. Huard: La méthode des centres dans un espace topologique, S. 56 GDZ Göttingen
F. W. Schäfke; D. Schmidt: Ein Verfahren zur Berechnung des charakteristischen Exponenten der Mathieuschen Differentialgleichung. III, S. 68 GDZ Göttingen
D. J. Mueller: Householder’s Method for Complex Matrices and Eigensystems of Hermitian Matrices, S. 72 GDZ Göttingen
J. Stoer; R. Bulirsch: Asymptotic Upper and Lower Bounds for Results of Extrapolation Methods, S. 93 GDZ Göttingen
J. W. Schmidt: Asymptotische Einschließung bei konvergenzbeschleunigenden Verfahren, S. 105 GDZ Göttingen
B. R. Heap: Random Matrices and Graphs, S. 114 GDZ Göttingen
B. Döring: Inverse Interpolation bei den speziellen Funktionen der mathematischen Physik, S. 123 GDZ Göttingen
A. R. Mitchell; A. R. Gourlay: Alternating Direction Methods for Hyperbolic Systems, S. 137 GDZ Göttingen
F. Stenger: Bounds on the Error of Gauss-Type Quadratures, S. 150 GDZ Göttingen
M. N. Spijker: Convergence and Stability of Step-by-step Methods for the Numerical Solution of Initial-value Problems, S. 161 GDZ Göttingen
R. Ansorge: Zur Frage der Verallgemeinerung des Äquivalenzsatzes von LAX, S. 178 GDZ Göttingen
O. B. Widlund: Stability of Parabolic Difference Schemes in the Maximum Norm, S. 186 GDZ Göttingen
R. S. Martin; G. Peters; J. H. Wlkinson: Handbook Series Linear Algebra. Iterative Refinement of the Solution of a Positive Definite System of Equations, S. 203 GDZ Göttingen
J. H. Wilkinson; R. S. Martin; G. Peters; H. J. Bowdler: Handbook Series Linear Algebra. Solution of Real and Complex Systems of Linear Equations, S. 217 GDZ Göttingen
H. J. Stetter: Numerical Approximation of Fourier-Transforms, S. 235 GDZ Göttingen
J. D. Lambert; B. Shaw: A Generalisation of Multistep Methods for Ordinary Differential Equations, S. 250 GDZ Göttingen
P. Wynn: Upon Systems of Recursions which Obtain Among the Quotients of the Padé Table, S. 264 GDZ Göttingen
K. G. Guderley; P. J. Nikolai: Reduction of Two-Point Boundary Value Problems in a Vector Space to Initial Value Problems by Projection, S. 270 GDZ Göttingen
I. O. Kerner: Ein Gesamtschrittverfahren zur Berechnung der Nullstellen von Polynomen, S. 290 GDZ Göttingen
I. Barrodale; A. Young: Algorithms for Best L1 and L… Linear Approximations on a Discrete Set, S. 295 GDZ Göttingen
C. G. Broyden; F. Ford: An Algorithm for the Solution of Certain Kinds of Linear Equations, S. 307 GDZ Göttingen
T. Yamamoto: A Computational Method for the Dominant Root of a Non-Negative Irreducible Matrix, S. 324 GDZ Göttingen
G. Hämmerlin: Zur Abschätzung von Quadraturfehlern für analytische Funktionen, S. 334 GDZ Göttingen
J. Meinguet: Methods for Estimating the Remainder in Linear Rules of Approximation. Application to the Romberg Algorithm, S. 345 GDZ Göttingen
A. R. Mitchell; A. R. Gourlay: A Stable Implicit Difference Method for Hyperbolic Systems in Two Space Variables, S. 367 GDZ Göttingen
V. Pereyra: On Improving an Approximate Solution of a Functional Equation by Deferred Corrections, S. 376 GDZ Göttingen
R. Gorenflo; Y. Kovetz: Solution of an Abel-Type Integral Equation in the Presence of Noise by Quadratic Programming , S. 392 GDZ Göttingen
W. S. Rudert; H. G. Lill: Über Partitionen und ein lineares diophantisches Problem, S. 407 GDZ Göttingen
J. Ponstein: Splitting Certain Eigenvalue Eigenvector Problems, S. 412 GDZ Göttingen
W. W. Clendenin: A Method for Numerical Calculation of Fourier Integrals, S. 422 GDZ Göttingen
T. A. Porsching: Diagonal Similarity Transformations which Isolate Gerschgorin Disks, S. 437 GDZ Göttingen
B. W. Ninham: Generalised Functions and Divergent Integrals, S. 444 GDZ Göttingen
J. N. Lyness; C. B. Moler: Van Der Monde Systems and Numerical Differentiation, S. 458 GDZ Göttingen
A. S. Householder; W. B. Gragg: On a Theorem of Koenig, S. 465 GDZ Göttingen

09.Bd, 1954

GDZ Göttingen = DigiZeitschriften

H. Rutishauser: Handbook Series Linear Algebra. The Jacobi Method for Real Symmetric Matrices, S. 1 GDZ Göttingen
H. P. M. van Kempen: On the Convergence of the Classical Jacobi Method for Real Symmetric Matrices with Non-Distinct Eigenvalues, S. 11 GDZ Göttingen
H. P. M. van Kempen: On the Quadratic Convergence of the Special Cyclic Jacobi Method, S. 19 GDZ Göttingen
L. B. Rall: Convergence of the Newton Process to Multiple Solutions, S. 23 GDZ Göttingen
A. H. Stroud: Some Approximate Integration Formulas of Degree 3 for an n-Dimensional Simplex, S. 38 GDZ Göttingen
A. S. Householder: Separation Theorems for Normalizable Matrices, S. 46 GDZ Göttingen
M. L. Buchanan; B. N. Parlett: The Uniform Convergence of Matrix Powers, S. 51 GDZ Göttingen
P. Lancaster: Error Analysis for the Newton-Raphson Method, S. 55 GDZ Göttingen
K. Nickel: Über die Notwendigkeit einer Fehlerschranken-Arithmetik für Rechenautomaten, S. 69 GDZ Göttingen
K. Nickel: Die numerische Berechnung der Wurzeln eines Polynoms, S. 80 GDZ Göttingen
J. W. Daniel: Correcting Approximations to Multiple Roots of Polynomials, S. 99 GDZ Göttingen
H. Rutishauser: Bestimmung der Eigenwerte orthogonaler Matrizen, S. 104 GDZ Göttingen
M. Fiedler: Matrix Inequalities, S. 109 GDZ Göttingen
P. Henrici; P. Pfluger: Truncation Error Estimates for Stieltjes Fractions, S. 120 GDZ Göttingen
J. H. Wilkinson; G. H. Golub: Note on the Iterative Refinement of Least Squares Solution, S. 139 GDZ Göttingen
J. Schröder: Operator-Ungleichungen und ihre numerische Anwendung bei Randwertaufgaben, S. 149 GDZ Göttingen
M. Fiedler; V. Pták: Some Generalizations of Positive Definiteness and Monotonicity, S. 163 GDZ Göttingen
F. L. Bauer: Inclusion Sets for Roots of Polynomials, S. 173 GDZ Göttingen
J. Stoer; W. J. Cody: Handbook Series Methods of Approximation. Rational Chebyshev Approximation Using Interpolation, S. 177 GDZ Göttingen
F. Robert: Recherche d’une M-matrice parmi les minorantes d’un opérateur linéaire, S. 189 GDZ Göttingen
F. Stenger: Error Bounds for the Evaluation of Integrals by Repeated Gauss-Type Formulae, S. 200 GDZ Göttingen
B. Penkov; Bl. Sendov: Hausdorffsche Metrik und Approximationen, S. 214 GDZ Göttingen
V. Klee: A Comparison of Primal and Dual Methods of Linear Programming, S. 227 GDZ Göttingen
J. H. Bramble: A Second Order Finite Difference Analog of the First Biharmonic Boundary Value Problem, S. 236 GDZ Göttingen
G. T. Symm: An Integral Equation Method in Conformai Mapping, S. 250 GDZ Göttingen
W. W. Bradbury; R. Fletcher: New Iterative Methods for Solution of the Eigenproblem, S. 259 GDZ Göttingen
B. Dejon: Addendum to “ Stronger than Uniform Convergence of Multistep Difference Methods“, S. 268 GDZ Göttingen
J. Stoer; R. Bulirsch: Handbook Series Numerical Integration. Numerical Quadrature by Extrapolation, S. 271 GDZ Göttingen
J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. Solution of Symmetric and Unsymmetric Band Equations and the Calculation of Eigenvectors of Band Matrices, S. 279 GDZ Göttingen
P. Hofmann: Asymptotic Expansions of the Discretization Error of Boundary Value Problems of the Laplace Equation in Rectangular Domains, S. 302 GDZ Göttingen
J. Oliver: Relative Error Propagation in the Recursive Solution of Linear Recurrence Relations, S. 323 GDZ Göttingen
M. Urabe: Numerical Solution of Multi-Point Boundary Value Problems in Chebyshev Series. Theory of the Method, S. 341 GDZ Göttingen
B. Shaw: Some Multistep Formulae for Special High Order Ordinary Differential Equations, S. 367 GDZ Göttingen
R. Sauer: ALWIN WALTHER, em. ord. Professor an der Technischen Hochschule Darmstadt. *6. 5. 1898 in Dresden-Reick, 4. 1. 1967, S. 379 GDZ Göttingen
R. Bulirsch: Handbook Series Special Functions. Numerical Calculation of the Sine, Cosine and Fresnel Integrals, S. 380 GDZ Göttingen
W. Barth; J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. Calculation of the Eigenvalues of a Symmetric Tridiagonal Matrix by the Method of Bisection, S. 386 GDZ Göttingen
P. G. Ciarlet; R. S. Varga; M. H. Schultz: Numerical Methods of High-Order Accuracy for Nonlinear Boundary Value Problems. I. One Dimensional Problem, S. 394 GDZ Göttingen
E. Merzrath: Direct Solution of Partial Difference Equations, S. 431 GDZ Göttingen
R. M. Redheffer: Bemerkungen über Differentialungleichungen bei abzählbaren Ausnahmemengen, S. 437 GDZ Göttingen
W. R. Hodgkins: On the Relation between Dynamic Relaxation and Semi-Iterative Matrix Methods, S. 446 GDZ Göttingen
D. Gaier; J Todd: On the Rate of Convergence of Optimal ADI Processes, S. 452 GDZ Göttingen
A. H. Stroud: Some Fifth Degree Integration Formulas for Symmetric Regions. II , S. 460 GDZ Göttingen

10.Bd, 1955

GDZ Göttingen = DigiZeitschriften

N. Metropolis; M. L. Stein; P. R. Stein: Stable States of a Non-Linear Transformation, S. 1 GDZ Göttingen
D. Eisen: The Equivalence of Stability and Convergence for Finite Difference Schemes with Singular Coefficients, S. 20 GDZ Göttingen
D. Gries: Characterizations of Certain Classes of Norms, S. 30 GDZ Göttingen
J. W. Schmidt; H. Dressel: Fehlerabschätzungen bei Polynomgleichungen mit dem Fixpunktsatz von BROUWER, S. 42 GDZ Göttingen
B. Brosowski; Loeb; H. L. : Zur Eindeutigkeit der rationalen Tschebyscheff-Approximationen an stetig differenzierbare Funktionen, S. 51 GDZ Göttingen
A. R. Mitchell; G. Fairweather; A. R. Gourlay: Some High Accuracy Difference Schemes with a Splitting Operator for Equations of Parabolic and Elliptic Type, S. 56 GDZ Göttingen
A. R. Mitchell; P. Keast: Finite Difference Solution of the Third Boundary Problem in Elliptic and Parabolic Equations, S. 67 GDZ Göttingen
M. R. Osborne: The Numerical Solution of a Periodic Parabolic Problem Subject to a Nonlinear Boundary Condition, S. 76 GDZ Göttingen
W. Walter: Bemerkungen zu Iterationsverfahren bei linearen Gleichungssystemen, S. 80 GDZ Göttingen
L. D. Pyle: A Generalized Inverse e-Algorithm for Constructing Intersection Projection Matrices, with Applications, S. 86 GDZ Göttingen
S. L. Mehndiratta: Symmetry and Self-duality in Nonlinear Programming, S. 103 GDZ Göttingen
T. Tsuda; T. Kiyono; K. Ichida: Monte Carlo Path-Integral Calculations for Two-Point Boundary-Value Problems, S. 110 GDZ Göttingen
K. E. Atkinson: The Solution of Non-Unique Linear Integral Equations, S. 117 GDZ Göttingen
J. W. Daniel: Convergence of the Conjugate Gradient Method with Computationally Convenient Modifications, S. 125 GDZ Göttingen
J. F. Maitre: Norme composée et norme associée généralisée d’une matrice, S. 132 GDZ Göttingen
G. Loizou: Bounds for the Inequality of Wielandt, S. 142 GDZ Göttingen
C. B. Dunham: Transformed Rational Chebyshev Approximation, S. 147 GDZ Göttingen
R. M. Redheffer; L. Elsner: Remarks on Band Matrices, S. 153 GDZ Göttingen
G. W. Iii Stewart: A Generalization of a Theorem of Fan on Gershgorin Disks, S. 162 GDZ Göttingen
B. Parlett: Correction to Convergence of the QR Algorithm, S. 163 GDZ Göttingen
C. W. Cryer: On the Calculation of the Largest Eigenvalue of an Integral Equation, S. 165 GDZ Göttingen
Ch. H. Reinsch: Smoothing by Spline Functions, S. 177 GDZ Göttingen
A. A. Goldstein; J. F. Price: An Effective Algorithm for Minimization, S. 184 GDZ Göttingen
P. J. Laurent: Théorèmes de caractérisation d’une meilleure approximation dans un espace norme et généralisation de l’algorithme de Rémès, S. 190 GDZ Göttingen
R. Ansorge: Konvergenz von Mehrschrittverfahren zur Lösung halblinearer Anfangswertaufgaben, S. 209 GDZ Göttingen
E. Bohl: Nichtlineare Aufgaben in halbgeordneten Räumen, S. 220 GDZ Göttingen
R. A. Smith: The Condition Numbers of the Matrix Eigenvalue Problem, S. 232 GDZ Göttingen
H. Kadner: Die numerische Behandlung von Integralgleichungen nach der Kollokationsmethode, S. 241 GDZ Göttingen
N. J. Lehmann: Fehlerschranken für Näherungslösungen bei Differentialgleichungen, S. 261 GDZ Göttingen
J. Stoer; H. Werner; W. Bommas: Handbook Series Methods of Approximation. Rational Chebyshev Approximation, S. 289 GDZ Göttingen
G. J. Cooper; E. Gal: Single Step Methods for Linear Differential Equations, S. 307 GDZ Göttingen
V. Pereyra: Iterated Deferred Corrections for Nonlinear Operator Equations, S. 316 GDZ Göttingen
J. T. Ryan: A Sieve Method for Classifying Composite Numbers, S. 324 GDZ Göttingen
F. Stenger; J. McNamee: Construction of Fully Symmetric Numerical Integration Formulas, S. 327 GDZ Göttingen
R. S. Varga; M. H. Schultz: L-Splines, S. 345 GDZ Göttingen
J. Meinguet: Optimal Approximation and Error Bounds in Seminormed Spaces, S. 370 GDZ Göttingen
J. J. H. Miller: On Power-Bounded Operators and Operators Satisfying a Resolvent Condition, S. 389 GDZ Göttingen
D. Eisen: On the Numerical Solution of ut=urr+ (2.. r)ur , S. 397 GDZ Göttingen
P. Forster: Existenzaussagen und Fehlerabschätzungen bei gewissen nichtlinearen Randwertaufgaben mit gewöhnlichen Differentialgleichungen, S. 410 GDZ Göttingen
H. J. Stoss: Ein Verfahren zur Berechnung des charakteristischen Exponenten der Differentialgleichung y“ + (…+ 2…1 cos x + 2..2 cos 2x) y = 0 , S. 423 GDZ Göttingen
G. T. Symm: Numerical Mapping of Exterior Domains, S. 437 GDZ Göttingen
J. D. Dixon: High Speed Computation of Group Characters, S. 446 GDZ Göttingen
N. Metropolis; M. Menzel: Algorithms in Unnormalized Arithmetic. II. Unrestricted Polynomial Evaluation, S. 451 GDZ Göttingen

11.Bd, 1956

GDZ Göttingen = DigiZeitschriften

P. J. Eberlein; J. Boothroyd: Handbook Series Linear Algebra. Solution to the Eigenproblem by a Norm Reducing Jacobi Type Method, S. 1 GDZ Göttingen
G. T. Mcallister: A Priori Bounds on Difference Quotients of Solutions to Some Linear Uniformly Elliptic Difference Equations, S. 13 GDZ Göttingen
L. B. Rall; P. M. Anselone: The Solution of Characteristic Value-Vector Problems by Newton’s Method, S. 38 GDZ Göttingen
S. Heller: On the Uniform Positivity of a Certain Finite Difference Matrix, S. 46 GDZ Göttingen
J. W. Schmidt: Asymptotische Einschließung bei konvergenzbeschleunigenden Verfahren. II, S. 53 GDZ Göttingen
G. E. Forsythe: On the Asymptotic Directions of the s-Dimensional Optimum Gradient Method, S. 57 GDZ Göttingen
M. S. Lynn; W. P. Timlake: The Numerical Solution of Singular Integral Equations of Potential Theory, S. 77 GDZ Göttingen
J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. Reduction of the Symmetric Eigenproblem A x = … B x and Related Problems to Standard Form, S. 99 GDZ Göttingen
V. Pereyra: Iterated Deferred Corrections for Nonlinear Boundary Value Problems, S. 111 GDZ Göttingen
A. S. Householder: Moments and Characteristic Roots. II, S. 126 GDZ Göttingen
L. Bittner: Abschätzungen bei Variationsmethoden mit Hilfe von Dualitätssätzen. I, S. 129 GDZ Göttingen
H. N. Müller: Zur Eindeutigkeit bei der linearen Approximation im allgemeinen sowie Tschebyscheffschen Fall, S. 144 GDZ Göttingen
W. Werner: Numerical Solution of Systems of Quasilinear Hyperbolic Differential Equations by Means of the Method of Nebencharacteristics in Combination with Extrapolation Methods, S. 151 GDZ Göttingen
H. Kempfert: On Sign Determinations in Real Algebraic Number Fields, S. 170 GDZ Göttingen
K. Nickel; N. Apostolatos; U Kulisch; R. Krawczyk; B. Lortz; H. W. Wippermann: The Algorithmic Language Triplex-ALGOL 60, S. 175 GDZ Göttingen
J. H. Wilkinson; R. S. Martin; C. Reinsch: Handbook Series Linear Algebra. HOUSEHOLDER’S Tridiagonalization of a Symmetric Matrix, S. 181 GDZ Göttingen
T. Yamamoto: On the Eigenvalues of Compact Operators in a Hubert Space, S. 211 GDZ Göttingen
W. Krabs: Lineare Optimierung in halbgeordneten Vektorräumen, S. 220 GDZ Göttingen
G. Birkhoff; R. S. Varga; M. H. Schultz: Piecewise Hermite Interpolation in One and Two Variables with Applications to Partial Differential Equations, S. 232 GDZ Göttingen
R. de Meersman: The Method of GARABEDIAN. Some Extensions, S. 257 GDZ Göttingen
F. L. Bauer; C. Reinsch: Handbook Series Linear Algebra. Rational QR Transformation with Newton Shift for Symmetric Tridiagonal Matrices, S. 264 GDZ Göttingen
A. H. Stroud: Some Seventh Degree Integration Formulas for the Surface of an n-Sphere, S. 273 GDZ Göttingen
J. Neubüser; V. Felsch: Über ein Programm zur Berechnung der Automorphismengruppe einer endlichen Gruppe, S. 277 GDZ Göttingen
J. H. Wilkinson; R. S. Martin; C. Reinsch; H. Bowdler: Handbook Series Linear Algebra. The QR and QL Algorithms for Symmetrie Matrices, S. 293 GDZ Göttingen
H. Kschwendt: Convergence Limits in the Monte Carlo Theory of Integral Equations, S. 307 GDZ Göttingen
G. Pólya: Graeffe’s Method for Eigenvalues, S. 315 GDZ Göttingen
R. S. Varga; H. I. Medley: On Smallest Isolated Gerschgorin Disks for Eigenvalues. II, S. 320 GDZ Göttingen
J. E. jr. Dennis: On Newton-Like Methods, S. 324 GDZ Göttingen
P. G. Ciarlet; R. S. Varga; M. H. Schultz: Numerical Methods of High-Order Accuracy for Nonlinear Boundary Value Problems. II. Nonlinear Boundary Conditions, S. 331 GDZ Göttingen
J. Nitsche: Ein Kriterium für die Quasi-Optimalität des Ritzschen Verfahrens, S. 346 GDZ Göttingen
J. Oliver: The Numerical Solution of Linear Recurrence Relations, S. 349 GDZ Göttingen
R. S. Varga; H. I. Medley: On Smallest Isolated Gerschgorin Disks for Eigenvalues. III, S. 361 GDZ Göttingen
W. B. Gragg: Truncation Error Bounds for g-Fractions, S. 370 GDZ Göttingen
W. Wendland: Die Behandlung von Randwertaufgaben im R3 mit Hilfe von Einfach- und Doppelschichtpotentialen, S. 380 GDZ Göttingen
A. Bode: Matrizielle untere Schranken linearer Abbildungen und M-Matrizen, S. 405 GDZ Göttingen
W. L. Wood: On an Explicit Numerical Method for Solving the Biharmonic Equation, S. 413 GDZ Göttingen
H. Jeggle: Zur Diskretisierung einer Klasse Fredholmscher Integralgleichungen mit singulärem Wert der Ordnung 1, S. 427 GDZ Göttingen
U. Kulisch: Über reguläre Zerlegungen von Matrizen und einige Anwendungen, S. 444 GDZ Göttingen

12.Bd, 1957

GDZ Göttingen = DigiZeitschriften

U. Eckhardt: Einige Eigenschaften Wilfscher Quadraturformeln, S. 1 GDZ Göttingen
Ch. B. Dunham: Transformed Rational Chebyshev Approximation. II, S. 8 GDZ Göttingen
J. M. Watt: Consistency, Convergence and Stability of General Discretizations of the Initial Value Problem, S. 11 GDZ Göttingen
R. H. Moore: Approximations to Nonlinear Operator Equations and Newton’s Method, S. 23 GDZ Göttingen
K. P. Hadeler: Newton-Verfahren für inverse Eigenwertaufgaben, S. 35 GDZ Göttingen
T. Pomentale: On Discrete Rational Least Squares Approximation, S. 40 GDZ Göttingen
C. G. Broyden: Some Aspects of Consistent Ordering, S. 47 GDZ Göttingen
J. Stoer; B. Brosowski: Zur rationalen Tschebyscheff-Approximation differenzierbarer und analytischer Funktionen, S. 57 GDZ Göttingen
P. J. Laurent; P. M. Anselone: A General Method for the Construction of Interpolating or Smoothing Spline-Functions, S. 66 GDZ Göttingen
A. W. Marshall; I. Olkin: Scaling of Matrices to Achieve Specified Row and Column Sums, S. 83 GDZ Göttingen
F. L. Bauer: Fields of Values and Gershgorin Disks, S. 91 GDZ Göttingen
Chr. Zenger: On Convexity Properties of the Bauer Field of Values of a Matrix, S. 96 GDZ Göttingen
J. F. Maitre: Sur une classe de normes et l’analyse a posteriori d’un système linéaire, S. 106 GDZ Göttingen
A. Ghizzetti: Procedure for Constructing Quadrature Formulae on Infinite Intervals, S. 111 GDZ Göttingen
P. G. Ciarlet; R. S. Varga; M. H. Schultz: Numerical Methods of High-Order Accuracy for Nonlinear Boundary Value Problems. III. Eigenvalue Problems, S. 120 GDZ Göttingen
C. Witzgall; R. J. B. Wets: Towards an Algebraic Characterization of Convex Polyhedral Cones, S. 134 GDZ Göttingen
H. J. Stetter: Instability and Non-Monotonicity Phenomena in Discretizations to Boundary-Value Problems, S. 139 GDZ Göttingen
J. Stoer: Lower Bounds of Matrices, S. 146 GDZ Göttingen
L. Neckermann; P. O. Runck: Über Approximationseigenschaften differenzierter Lagrangescher Interpolationspolynome mit Jacobischen Abszissen, S. 159 GDZ Göttingen
A. L. Roark; L. F. Shampine: On the Eigenproblem for Displacement Integral Equations, S. 170 GDZ Göttingen
A. R. Mitchell; A. R. Gourlay: High Accuracy A.D.I. Methods for Parabolic Equations with Variable Coefficients, S. 180 GDZ Göttingen
K. M. Brown; J. E. Jr. Dennis: On Newton-like Iteration Functions: General Convergence Theorems and a Specific Algorithm, S. 186 GDZ Göttingen
M. Atteia: Fonctions „spline“ définies sur un ensemble convexe, S. 192 GDZ Göttingen
P. Forster: Bemerkungen zum Iterationsverfahren von Schulz zur Bestimmung der Inversen einer Matrix, S. 211 GDZ Göttingen
J. H. Verner; M. J. M. Bernal: On Generalizations of the Theory of Consistent Orderings for Successive Over-Relaxation Methods, S. 215 GDZ Göttingen
H. O. Kreiss: On the Numerical Solution of the Spherically Symmetric Diffusion Equation, S. 223 GDZ Göttingen
M. Manas; J. Nedoma: Finding All Vertices of a Convex Polyhedron, S. 226 GDZ Göttingen
J. Stoer; W. J. Cody: Handbook Series Methods of Approximation. Correction to Rational Chebyshev Approximation Using Interpolation, S. 230 GDZ Göttingen
H. R. Schwarz: Handbook Series Linear Algebra. Tridiagonalization of a Symmetric Band Matrix, S. 231 GDZ Göttingen
W. J. Cody; W. Fraser; J. F. Hart: Handbook Series Methods of Approximation. Rational Chebyshev Approximation Using Linear Equations, S. 242 GDZ Göttingen
J. N. Lyness: The Calculation of Stieltjes’ Integral, S. 252 GDZ Göttingen
P. G. Ciarlet; R. S. Varga; M. H. Schultz: Numerical Methods of High-Order Accuracy for Nonlinear Boundary Value Problems. IV. Periodic Boundary Conditions, S. 266 GDZ Göttingen
M. R. Osborne: The Numerical Solution of a Periodic Parabolic Problem Subject to a Nonlinear Boundary Condition. II, S. 280 GDZ Göttingen
A. R. G. Heesterman: Special Simplex Algorithm for Multi-Sector Problems, S. 288 GDZ Göttingen
W. Walter: Die Linienmethode bei nichtlinearen parabolischen Differentialgleichungen, S. 307 GDZ Göttingen
P. Keast: The Third Boundary Value Problem for Elliptic Equations, S. 322 GDZ Göttingen
S. Karamardian: Existence of Solutions of Certain Systems of Non-Linear Inequalities, S. 327 GDZ Göttingen
C. W. Cryer: Pivot Size in Gaussian Elimination, S. 335 GDZ Göttingen
P. A. Businger: Matrices Which Can be Optimally Scaled, S. 346 GDZ Göttingen
J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. Similarity Reduction of a General Matrix to Hessenberg Form, S. 349 GDZ Göttingen
J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. The Modified L R Algorithm for Complex Hessenberg Matrices, S. 369 GDZ Göttingen
J. H. Wilkinson; R. S. Martin: Handbook Series Linear Algebra. The Implicit QL Algorithm, S. 377 GDZ Göttingen
R. E. Barnhill: Asymptotic Properties of Minimum Norm and Optimal Quadratures, S. 384 GDZ Göttingen
M. Zlámal: On the Finite Element Method, S. 394 GDZ Göttingen
L. F. Shampine: Error Bounds and Variational Methods for Nonlinear Boundary Value Problems, S. 410 GDZ Göttingen
N. Metropolis; M. Fraser: Algorithms in Unnormalized Arithmetic. III. Matrix Inversion, S. 416 GDZ Göttingen
G. Loizou: On Matrices with a Checkerboard Sign Distribution, S. 429 GDZ Göttingen
H. Noltemeier; M. Ost: Zum Auswahlproblem, S. 431 GDZ Göttingen
J. J. Goel: Construction of Basic Functions for Numerical Utilisation of Ritz’s Method, S. 435 GDZ Göttingen
F. W. Schäfke: Zum Zeilensummenkriterium, S. 448 GDZ Göttingen
H. Sunouchi: Perturbation Theory of Difference Schemes, S. 454 GDZ Göttingen
J. Oliver: An Extension of Olver’s Error Estimation Technique for Linear Recurrence Relations, S. 459 GDZ Göttingen

13.Bd, 1958

GDZ Göttingen = DigiZeitschriften

F. L. Bauer: Remarks on Optimally Scaled Matrices, S. 1 GDZ Göttingen
H. Rutishauser: Computational Aspects of F. L. Bauer’s Simultaneous Iteration Method, S. 4 GDZ Göttingen
J. H. Verner: The Order of Some Implicit Runge-Kutta Methods, S. 14 GDZ Göttingen
J. Werner: Einschließungssätze bei nichtlinearen gewöhnlichen Randwertauf-gaben und erzwungenen Schwingungen, S. 24 GDZ Göttingen
H. Ade: Iterationsverfahren höherer Ordnung in Banach-Räumen, S. 39 GDZ Göttingen
P. G. Ciarlet; R. S. Varga; M. H. Schultz: Numerical Methods of High-Order Accuracy for Nonlinear Boundary Value Problems. V. Monotone Operator Theor, S. 51 GDZ Göttingen
F. Natterer: Einschließungen für die großen Eigenwerte gewöhnlicher Differentialgleichungen zweiter und vierter Ordnung, S. 78 GDZ Göttingen
D. Ehresmann: Zur Abschätzung des Bestapproximationsfehlers bei der Approximation differenzierbarer Funktionen durch Polynome, S. 94 GDZ Göttingen
J. H. Bramble: On the Convergence of Difference Approximations to Weak Solutions of Dirichlet’s Problem, S. 101 GDZ Göttingen
D. Braess; H. Werner: Über den Zusammenhang von Interpolation und diskreter T -Approximation mit rationalen Funktionen, S. 112 GDZ Göttingen
R. S. Anderssen: The Numerical Solution of Parabolic Differential Equations Using Variational Methods, S. 129 GDZ Göttingen
V. P. Sreedharan: Solutions of Overdetermined Linear Equations which Minimize Error in an Abstract Norm, S. 146 GDZ Göttingen
J. E. Osborn: A Note on a Perturbation Theorem for the Matrix Eigenvalue Problem, S. 152 GDZ Göttingen
E. Stiefel; D. G. Bettis: Stabilization of Cowell’s Method, S. 154 GDZ Göttingen
D. P. Squier: One-step Methods for Ordinary Differential Equations, S. 176 GDZ Göttingen
R. S. Varga; F. M. Perrin; H. S. Price: On Higher-Order Numerical Methods for Nonlinear Two-Point Boundary Value Problems, S. 180 GDZ Göttingen
M. R. Osborne; G. A. Watson: On Estimating Best Approximations of Functions Defined by Differential Equations, S. 199 GDZ Göttingen
I. Marek: On the Row Sum Criterion and the Convergence of Some Iterative Processes, S. 207 GDZ Göttingen
R. Ansorge: Konvergenz von Differenzenverfahren für quasilineare Anfangswertaufgaben, S. 217 GDZ Göttingen
E. Bohl: Über Fehlerabschätzungen bei nichtlinearen Operatorgleichungen, S. 226 GDZ Göttingen
L. W. Johnson: Uniform Approximation of Vector-Valued Functions, S. 238 GDZ Göttingen
L. Elsner: Bemerkung zu einer Arbeit von MARSHALL und OLKIN, S. 245 GDZ Göttingen
P. Lancaster; M. V. Pattabhiraman: Spectral Properties of a Polynomial Operator, S. 247 GDZ Göttingen
J. Nitsche: Verfahren von Ritz und Spline-Interpolation bei Sturm-Liouville-Randwertproblemen, S. 260 GDZ Göttingen
R. Bulirsch: An Extension of the Bartky-Transformation to Incomplete Elliptic Integrals of the Third Kind, S. 266 GDZ Göttingen
K. P. Hadeler: Einige Anwendungen mehrparametriger Eigenwertaufgaben, S. 285 GDZ Göttingen
B. N. Parlett; C. Reinsch: Handbook Series Linear Algebra. Balancing a Matrix for Calculation of Eigenvalues and Eigenvectors, S. 293 GDZ Göttingen
R. Bulirsch: Handbook Series Special Functions. Numerical Calculation of Elliptic Integrals and Elliptic Functions. III, S. 305 GDZ Göttingen
J. W. Rainey: On Comparatively Stable Tridiagonalization Methods, S. 316 GDZ Göttingen
P. Razelos: On the Accuracy of the Analog Solution of Heat Conduction Problems Involving Newtonian Cooling, S. 323 GDZ Göttingen
J. Nitsche: Interpolation in Sobolevschen Funktionenräumen, S. 334 GDZ Göttingen
H. Dirschmid: Bemerkungen zu einer Arbeit von G. Polya zur Bestimmung der Nullstellen ganzer Funktionen, S. 344 GDZ Göttingen
J. Soukup: A Method for Finding the Roots of a Polynomial, S. 349 GDZ Göttingen
V. Strassen: Gaussian Elimination is not Optimal, S. 354 GDZ Göttingen
J. Davis; J. J. Jacoby: Numerical Integration of Linear Integral Equations with Mild Discontinuity, S. 357 GDZ Göttingen
G. W. Stewart: Accelerating the Orthogonal Iteration for the Eigenvectors of a Hermitian Matrix, S. 362 GDZ Göttingen
P. J. Taylor: A Generalisation of Systematic Relaxation Methods for Consistently Ordered Matrices, S. 377 GDZ Göttingen
A. Hadjidimos: On Some High Accuracy Difference Schemes for Solving Elliptic Equations, S. 396 GDZ Göttingen
E. H. Bareiss: Numerical Solution of Linear Equations with Toeplitz and Vector Toeplitz Matrices, S. 404 GDZ Göttingen
N. K. NiChols; L. Fox: Generalized Consistent Ordering and the Optimum Successive Over-Relaxation Factor, S. 425 GDZ Göttingen
F. Natterer: Numerische Behandlung singulärer Sturm-Liouville-Probleme, S. 434 GDZ Göttingen
G. T. Symm: Conformal Mapping of Doubly-Connected Domains, S. 448 GDZ Göttingen
G. W. Stewart: Some Iterations for Factoring a Polynomial, S. 458 GDZ Göttingen
A. S. Householder; G. W. Stewart: Comments on „Some Iterations for Factoring a Polynomial“, S. 470 GDZ Göttingen

14.Bd, 1959

GDZ Göttingen = DigiZeitschriften

J. N. Lyness; C. B. Moler: Generalized Romberg Methods for Integrals of Derivatives, S. 1 GDZ Göttingen
A. van der Sluis: Condition Numbers and Equilibration of Matrices, S. 14 GDZ Göttingen
K. H. Hoffmann: Zur Theorie der nichtlinearen Tschebyscheff-Approximation mit Nebenbedingungen, S. 24 GDZ Göttingen
M. Zlamal: On Some Finite Element Procedures for Solving Second Order Boundary Value Problems, S. 42 GDZ Göttingen
R. S. Varga; I. Marek: Nested Bounds for the Spectral Radius, S. 49 GDZ Göttingen
G. D. Taylor: Approximation by Functions Having Restricted Ranges: Equality Case, S. 71 GDZ Göttingen
Anmerkungen
A. van Wijngaarden; B. J. Mailloux; J. E. L. Peck; C. H. A. Koster: Report on the Algorithmic Language ALGOL 68, S. 79 GDZ Göttingen
J. H. Wilkinson; R. S. Martin; G. Peters: Handbook Series Linear Algebra. The Q R Algorithm for Real Hessenberg Matrices, S. 219 GDZ Göttingen
P. J. Eberlein: Solution to the Complex Eigenproblem by a Norm Reducing Jacobi Type Method, S. 232 GDZ Göttingen
A. van der Sluis: Stability of Solutions of Linear Algebraic Systems, S. 246 GDZ Göttingen
M. A. Jenkins; J. F. Traub: A Three-Stage Variable-Shift Iteration for Polynomial Zeros and Its Relation to Generalized Rayleigh Iteration, S. 252 GDZ Göttingen
W. E. jr. Bosarge; P. L. Falb: Infinite Dimensional Multipoint Methods and the Solution of Two Point Boundary Value Problems, S. 264 GDZ Göttingen
W. Börsch-Supan: Residuenabschätzung für Polynom-Nullstellen mittels Lagrange-Interpolation, S. 287 GDZ Göttingen
Ch. Davis: On a Theorem of YAMAMOTO, S. 297 GDZ Göttingen
A. Schönhage: Mehrdimensionale Romberg-Integration, S. 299 GDZ Göttingen
R. B. Barrar; H. L. Loeb: On the Convergence in Measure of Non-Linear Chebyshev Approximations, S. 305 GDZ Göttingen
W. Lode: Zum neuen Norm-Entwurf DIN 1333 ,,Abbrechen und Runden von Dezimalzahlen“, S. 313 GDZ Göttingen
J. Christiansen: Handbook Series Numerical Integration. Numerical Solution of Ordinary Simultaneous Differential Equations of the 1st Order Using a Method for Automatic Step Change, S. 317 GDZ Göttingen
T. Pietrzykowski: The Potential Method for Conditional Maxima in the Locally Compact Metric Spaces, S. 325 GDZ Göttingen
R. B. Guenther; E. L. Roetman: Newton-Cotes Formulae in n-Dimensions, S. 330 GDZ Göttingen
F. Natterer: Schranken für die Eigenwerte gewöhnlicher Differentialgleichungen durch Spline-Approximation, S. 346 GDZ Göttingen
P. Jamet: On the Convergence of Finite-Difference Approximations to One-Dimensional Singular Boundary-Value Problems, S. 355 GDZ Göttingen
W. , Luke, Y. L. Fair: Padé Approximations to the Operator Exponential, S. 379 GDZ Göttingen
K. H. Hoffmann: Nichtlineare Tschebyscheff-Approximation mit Nebenbedingungen: Anwendungen, S. 383 GDZ Göttingen
M. Zlamal: A Finite Element Procedure of the Second Order of Accuracy, S. 394 GDZ Göttingen
G. H. Golub; C. Reinsch: Handbook Series Linear Algebra. Singular Value Decomposition and Least Squares Solutions, S. 403 GDZ Göttingen
D. G. Bettis: Numerical Integration of Products of Fourier and Ordinary Polynomials, S. 421 GDZ Göttingen
N. G. Campbell: Stability Analysis of a Difference Scheme for the Navier-Stokes Equations, S. 435 GDZ Göttingen
R. Gorenflo: Nichtnegativitäts- und substanzerhaltende Differenzenschemata für lineare Diffusionsgleichungen, S. 448 GDZ Göttingen
D. Braess: Eine Möglichkeit zur Konvergenzbeschleunigung bei Iterationsverfahren für bestimmte nichtlineare Probleme, S. 468 GDZ Göttingen
W. Petry: Existenz und Eindeutigkeit für Lösungen nichtlinearer Randwertprobleme, S. 476 GDZ Göttingen
H. Svecova: On the Bauer’s Scaled Condition Number of Matrices Arising from Approximate Conformai Mapping, S. 495 GDZ Göttingen

15.Bd, 1960

GDZ Göttingen = DigiZeitschriften

J. M. Shah: Two-Dimensional Polynomial Splines, S. 1 GDZ Göttingen
R. D. Grigorieff: Die Konvergenz des Rand- und Eigenwertproblems linearer gewöhnlicher Differenzengleichungen, S. 15 GDZ Göttingen
H. Rund: The Reduction of Certain Boundary Value Problems to Variational Problems by Means of Transversality Conditions, S. 49 GDZ Göttingen
A. Ruhe: Properties of a Matrix with a Very Ill-conditioned Eigenproblem, S. 57 GDZ Göttingen
H. J. Stoss: Monotonie-Eigenschaften bei Differentialungleichungen über nichtkompaktem Grundbereich, S. 61 GDZ Göttingen
A. van der Sluis: Condition, Equilibration and Pivoting in Linear Algebraic Systems, S. 74 GDZ Göttingen
P. G. Ciarlet; R. S. Varga; F. Natterer: Numerical Methods of High-Order Accuracy for Singular Nonlinear Boundary Value Problems, S. 87 GDZ Göttingen
J. Schröder: Proving Inverse-Positivity of Linear Operators by Reduction, S. 100 GDZ Göttingen
F. W. Schäfke: Zum Anwendungsbereich einiger Iterationsverfahren, S. 109 GDZ Göttingen
W. Wetterling: Definitheitsbedingungen für relative Extrema bei Optimierungs- und Approximationsaufgaben, S. 122 GDZ Göttingen
P. J. Laurent; Pham-Dinh-Tuan: Global Approximation of a Compact Set by Elements of a Convex Set in a Normed Space, S. 137 GDZ Göttingen
M. Urabe: An Implicit One-Step Method of High-Order Accuracy for the Numerical Integration of Ordinary Differential Equations, S. 151 GDZ Göttingen
H. Ehlich; W. Haussmann: Konvergenz mehrdimensionaler Interpolation, S. 165 GDZ Göttingen
B. Döring: Das Tschebyscheff-Verfahren in Banach-Räumen, S. 175 GDZ Göttingen
R. D. Grigorieff: Über die Koerzitivität gewöhnlicher Differenzenoperatoren und die Konvergenz von Mehrschrittverfahren, S. 196 GDZ Göttingen
H. H. Schaefer: Eine Abschätzung der nichttrivialen Eigenwerte stochastischer Matrizen, S. 219 GDZ Göttingen
J. NiTsche: Zur Konvergenz von Näherungsverfahren bezüglich verschiedener Normen, S. 224 GDZ Göttingen
E. Martensen: Zur Restglieddarstellung der Gregoryschen Quadraturformel ungerader Ordnung, S. 229 GDZ Göttingen
J. Miklosko: Asymptotic Properties and the Convergence of Numerical Quadratures, S. 234 GDZ Göttingen
A. van der Sluis: Upperbounds for Roots of Polynomials, S. 250 GDZ Göttingen
J. W. Schmidt; K. Vetters: Ableitungsfreie Verfahren für nichtlineare Optimierungsprobleme, S. 263 GDZ Göttingen
A. Zenísek: Interpolation Polynomials on the Triangle, S. 283 GDZ Göttingen
F. W. Stallmann: Numerical Solution of Integral Equations, S. 297 GDZ Göttingen
G. W. Stewart: On Samelson’s Iteration for Factoring Polynomials, S. 306 GDZ Göttingen
Chr. T. H. Baker: The Error in Polynomial Interpolation, S. 315 GDZ Göttingen
E. Rakotch; J. Steinberg: Error Estimate for the Numerical Solution of Fredholm’s Integral Equation, S. 320 GDZ Göttingen
Fink K. Von Finckenstein: Potenzbeschränktheit und Wertebereich einer Matrix, S. 329 GDZ Göttingen
J. N. Lyness; B. J. J. McHuGh: On the Remainder Term in the JV-Dimensional Euler Maclaurin Expansion, S. 333 GDZ Göttingen
G. N. de Oliveira: Note on an Inverse Characteristic Value Problem, S. 345 GDZ Göttingen
D. Marsal: Eingabelung der Lösungen von Integralgleichungen, S. 348 GDZ Göttingen
O. L. Mangasarian: A Convergent Splitting of Matrices, S. 351 GDZ Göttingen
H. A. Luther; H. G. Sierra: On the Optimal Choice of Fourth-Order Runge-Kutta Formulas, S. 354 GDZ Göttingen
Th. R. Lucas: Generalization of L-Splines, S. 359 GDZ Göttingen
J. Descloux: On the Numerical Integration of the Heat Equation, S. 371 GDZ Göttingen
R. B. Barrar; H. L. Loeb: On the Remez Algorithm for Non-linear Families, S. 382 GDZ Göttingen
G. Lamprecht: Über die Abhängigkeit der Fehlerfunktion bei der rationalen Lp-Approximation von den Koeffizienten des Nennerpolynoms bei minimalem Zählerpolynom, S. 392 GDZ Göttingen
J. Hertling: Approximation of Piecewise Continuous Functions by a Modification of Piecewise Hermite Interpolation, S. 404 GDZ Göttingen
G. Zettl: Ein Verfahren zum Minimieren einer Funktion bei eingeschränktem Variationsbereich der Parameter, S. 415 GDZ Göttingen
J. W. Jerome: Linear Self-Ad joint Multipoint Boundary Value Problems and Related Approximation Schemes, S. 433 GDZ Göttingen
A. Dubrulle: A Short Note on the Implicit QL Algorithm for Symmetric Tridiagonal Matrices, S. 450 GDZ Göttingen

16.Bd, 1961

GDZ Göttingen = DigiZeitschriften

J. L. Howland; J. A. Senez: A Constructive Method for the Solution of the Stability Problem, S. 1 GDZ Göttingen
G. Marsaglia: Regularities in Congruential Random Number Generators, S. 8 GDZ Göttingen
G. Cenacchi; A. De Matteis: Pseudo-Random Numbers for Comparative Monte Carlo Calculations, S. 11 GDZ Göttingen
J. H. Rowland; J. A. O’Donnell: Some Bounds for the Deviation and Interpolation Points in Chebyshev Approximation, S. 16 GDZ Göttingen
R. L. Johnston; B. T. Smith: Calculation of Best Isolated Gerschgorin Discs, S. 22 GDZ Göttingen
L. Bittner: Some Representation Theorems for Functions and Sets and their Application to Nonlinear Programming, S. 32 GDZ Göttingen
J. W. Daniel: A Simple, Global, Complementary Variational Principle, S. 52 GDZ Göttingen
R. Cranley; T. N. L. Patterson: A Regression Method for the Monte Carlo Evaluation of Multidimensional Integrals, S. 58 GDZ Göttingen
E. Deutsch: Matricial Norms, S. 73 GDZ Göttingen
J. H. Wilkinson; R. S. Martin; C. Reinsch: Handbook Series Linear Algebra. The Q R Algorithm for Band Symmetrie Matrices, S. 85 GDZ Göttingen
P. Jamet; P. Lascaux; P. A. Raviart: Une méthode de résolution numérique des équations de Navier-Stokes, S. 93 GDZ Göttingen
P. G. Ciarlet; R. S. Varga: Discrete Variational Green’s Function. II. One Dimensional Problem, S. 115 GDZ Göttingen
D. Gaier: Saturation bei Spline-Approximation und Quadratur, S. 129 GDZ Göttingen
R. S. Varga; A. S. Householder; J. H. Wilkinson: A Note on Gerschgorin’s Inclusion Theorem for Eigenvalues of Matrices, S. 141 GDZ Göttingen
R. P. Brent: Error Analysis of Algorithms for Matrix Multiplication and Triangular Decomposition using Winograd’s Identity, S. 145 GDZ Göttingen
E. L. Allgower: Criteria for Positive Definiteness of Some Band Matrices, S. 157 GDZ Göttingen
C. Lebaud: L’Algorithme double Q-R avec „shift“, S. 163 GDZ Göttingen
J. H. Wilkinson; G. Peters: Handbook Series Linear Algebra. Eigenvectors of Real and Complex Matrices by L R and QR triangularizations, S. 181 GDZ Göttingen
H. Rutishauser: Handbook Series Linear Algebra. Simultaneous Iteration Method for Symmetric Matrices, S. 205 GDZ Göttingen
F. N. Fritsch: On the Number of Nodes in Self-Contained Integration Formulas of Degree Two for Compact Planar Regions, S. 224 GDZ Göttingen
T. S. Chow; H. W. Milnes: Numerical Solution of Laplace Equation for an Annular Region, S. 231 GDZ Göttingen
A. Bacopoulos: On Approximation by Sums of Chebyshev Norms, S. 243 GDZ Göttingen
G. H. Meyer: On a Free Interface Problem for Linear Ordinary Differential Equations and the One-Phase Stefan Problem, S. 248 GDZ Göttingen
A. R. Curtis: An Eighth Order Runge-Kutta Process with Eleven Function Evaluations per Step, S. 268 GDZ Göttingen
E. M. Ferreira; J. Sesma: Zeros of the Modified Hankel Function, S. 278 GDZ Göttingen
Robert Sauer
L. Bittner: Abschätzungen bei Variationsmethoden mit Hilfe von Dualitätssätzen. II, S. 285 GDZ Göttingen
A. Carasso: Long-Range Numerical Solution of Mildly Non-Linear Parabolic Equations, S. 304 GDZ Göttingen
I. Babuska: Error-Bounds for Finite Element Method, S. 322 GDZ Göttingen
K. M. Brown; W. B. Gearhart: Deflation Techniques for the Calculation of Further Solutions of a Nonlinear System, S. 334 GDZ Göttingen
I. J. Good; R. A. Gaskins: The Centroid Method of Numerical Integration, S. 343 GDZ Göttingen
P. A. Businger: Monitoring the Numerical Stability of Gaussian Elimination, S. 360 GDZ Göttingen
J. H. Bramble; S. R. Hilbert: Bounds for a Class of Linear Functionals with Applications to Hermite Interpolation, S. 362 GDZ Göttingen
M. M. Chawla: Estimating Errors of Numerical Approximation for Analytic Functions, S. 370 GDZ Göttingen
A. S. Householder: Generalizations of an Algorithm of Sebastiao e Silva, S. 375 GDZ Göttingen
N. S. Kambo: Error Bounds for the Lobatto and Radau Quadrature Formulas, S. 383 GDZ Göttingen
R. Kress: Ein ableitungsfreies Restglied für die trigonometrische Interpolation periodischer analytischer Funktionen, S. 389 GDZ Göttingen
W. W. Clendenin: A Method for Numerical Quadrature Over an Infinite Interval Using Systematically Increasing Mesh Size, S. 397 GDZ Göttingen
D. M. Young: A Bound for thé Optimum Relaxation Factor for the Successive Overrelaxation Method, S. 408 GDZ Göttingen
R. H. Bartels: A Stabilization of the Simplex Method, S. 414 GDZ Göttingen
H. L Medley: A Note on a Paper of Johnston and Smith’s Concerning Best Isolated Gerschgorin Disks, S. 435 GDZ Göttingen
T. Kiyono; M. Shimasaki: Boundary Contraction Solution of the Neumann and Mixed Boundary Value Problems of the Laplace Equation, S. 442 GDZ Göttingen
C. H. Reinsch: Smoothing by Spline Functions. II, S. 451 GDZ Göttingen

17.Bd, 1962

GDZ Göttingen = DigiZeitschriften

R. B. Leipnik: Rapidly Convergent Recursive Solution of Quadratic Operator Equations, S. 1 GDZ Göttingen
J. Oliver: The Efficiency of Extrapolation Methods for Numerical Integration, S. 17 GDZ Göttingen
G. Alefeld: Anwendungen des Fixpunktsatzes für Pseudometrische Räume in der Intervallrechnung, S. 33 GDZ Göttingen
J. H. Rowland: Inequalities for the Interpolation Points in Chebyshev Approximation by Polynomials, S. 40 GDZ Göttingen
V. THOMe;E: Convergence Near Plane Boundaries of Some Elliptic Difference Schemes, S. 45 GDZ Göttingen
A. L. Roark: On the Eigenproblem for Convolution Integral Equations, S. 54 GDZ Göttingen
A. N. jr. Willson: A Useful Generalization of the P0 Matrix Concept,, S. 62 GDZ Göttingen
N. Gastinel: Sur l’extension de normes sur des algèbres de matrices, S. 71 GDZ Göttingen
P. G. Ciarlet; C. Wagschal: Multipoint Taylor Formulas and Applications to the Finite Element Method, S. 84 GDZ Göttingen
U. Dieter; J. Ahrens: An Exact Determination of Serial Correlations of Pseudo-Random Numbers, S. 101 GDZ Göttingen
W. L. Miranker: Difference Schemes with Best Possible Truncation Error, S. 124 GDZ Göttingen
I. Kupka: Simulation reeller Arithmetik und reeller Funktionen in endlichen Mengen, S. 143 GDZ Göttingen
C. Brezinski: Etudes sur les e- et g-algorithmes, S. 153 GDZ Göttingen
A. Brauer: A Remark on the Paper of H. H. Schaefer. Abschätzung der nichttrivalen Eigenwerte stochastischer Matrizen, S. 163 GDZ Göttingen
B. Knauer: Untere Schranken für die Eigenwerte selbstadjungierter positivdefiniter Operatoren, S. 166 GDZ Göttingen
M. Reimer: Untersuchungen über das Wachstum von Potenzreihenabschnitten mit Anwendungen für das Hornerschema, S. 172 GDZ Göttingen
T. J. Dekker; J. F. Traue: An Analysis of the Shifted LR Algorithm, S. 179 GDZ Göttingen
M. H. C. Paardekooper: An Eigenvalue Algorithm for Skew-Symmetric Matrices, S. 189 GDZ Göttingen
K. Tanabe: Projection Method for Solving a Singular System of Linear Equations and its Applications, S. 203 GDZ Göttingen
L. Wuytack: A New Technique for Rational Extrapolation to the Limit, S. 215 GDZ Göttingen
N. Gastinel: Sur le calcul des produits de matrices, S. 222 GDZ Göttingen
J. R. Kuttler: A Finite-Difference Approximation for the Eigenvalue of the Clamped Plate, S. 230 GDZ Göttingen
R. S. Anderssen: A Stability Analysis for the Extended Kantorovich Method Applied to the Torsion Problem, S. 239 GDZ Göttingen
S. Bergman; J. G. Herriot: Computation of a Class of Subsonic Flow Patterns, S. 247 GDZ Göttingen
L. F. Shampine; J. W. Burgmeier; R. D. Russell: Integral Equations with Transform Kernels and the Eigenproblem KCx = …x, S. 253 GDZ Göttingen
W. E. jr. BosArge: Iterative Continuation and the Solution of Nonlinear Two-Point Boundary Value Problems, S. 268 GDZ Göttingen
N. L. Schryer: Newton’s Method for Convex Nonlinear Elliptic Boundary Value Problems, S. 284 GDZ Göttingen
A. Hadjidimos: The Numerical Solution of a Model Problem Biharmonic Equation by Using Extrapolated Altering Direction Implicit Methods, S. 301 GDZ Göttingen
F. Chatelin-Laborde: Perturbation d’une matrice hermitienne ou normale, S. 318 GDZ Göttingen
J. Robert: Approximations des espaces d’Orlicz et applications, S. 338 GDZ Göttingen
D. Braess: Chebyshev Approximation by Spline Functions with Free Knots, S. 357 GDZ Göttingen
B. L. Hulme: Piecewise Polynomial Taylor Methods for Initial Value Problems, S. 367 GDZ Göttingen
T. Noda: Note on the Computation of the Maximal Eigenvalue of a Non-Negative Irreducible Matrix, S. 382 GDZ Göttingen
V. P. Sreedharan: Least Squares Algorithms for Finding Solutions of Overdetermined Linear Equations Which Minimize Error in an Abstract Norm, S. 387 GDZ Göttingen
F. Natterer: Schranken für die Norm der Greenschen Funktion gewöhnlicher Differentialoperatoren, S. 402 GDZ Göttingen
G. R. Joubert: Explicit Difference Approximations of the One-Dimensional Diffusion Equation, Using a Smoothing Technique, S. 409 GDZ Göttingen
Anmerkungen

18.Bd, 1963

GDZ Göttingen = DigiZeitschriften

U. Kulisch: An Axiomatic Approach to Rounded Computations, S. 1 GDZ Göttingen
G. R. Joubert: Explicit Difference Approximations of Du Fort-Frankel Type of the One-Dimensional Diffusion Equation, S. 18 GDZ Göttingen
G. W. Stewart: On a Companion Operator for Analytic Functions, S. 26 GDZ Göttingen
G. Galimberti; V. Pereyra: Solving Confluent Vandermonde Systems of Hermite Type, S. 44 GDZ Göttingen
S. Hoshino; K. Ichida: Solution of Partial Differential Equations by a Modified Random Walk, S. 61 GDZ Göttingen
M. N. Spijker: On the Structure of Error Estimates for Finite-Difference Methods, S. 73 GDZ Göttingen
J. Hertling: Numerical Treatment of Singular Integral Equations by Interpolation Methods, S. 101 GDZ Göttingen
E. Schäfer: Ein Konstruktionsverfahren bei allgemeiner linearer Approximation, S. 113 GDZ Göttingen
P. Spellucci: Double Precision Approximations to the Elementary Functions Using Jacobi-Fractions, S. 127 GDZ Göttingen
H. E. Salzer: Formulas for Best Extrapolation, S. 144 GDZ Göttingen
M. Lewin: On Exponents of Primitive Matrices, S. 154 GDZ Göttingen
G. J. Cooper: Error Bounds for Numerical Solutions of Ordinary Differential Equations, S. 162 GDZ Göttingen
C. A. Hall; R. E. Carlson: Ritz Approximations to Two-Dimensional Boundary Value Problems, S. 171 GDZ Göttingen
E. Deutsch; Ch. Zenger: Inclusion Domains for the Eigenvalues of Stochastic Matrices, S. 182 GDZ Göttingen
T. Pomentale: A Class of Iterative Methods for Holomorphic Functions, S. 193 GDZ Göttingen
I. Troch: Über die Stabilität der Ruhelage bei Differentialgleichungen mit quasihomogenen rechten Seiten, S. 204 GDZ Göttingen
A. Auslender: Méthodes numériques pour la décomposition et la minimisation de fonctions non differentiates, S. 213 GDZ Göttingen
T. J. Dekker: A Floating-Point Technique for Extending the Available Precision, S. 224 GDZ Göttingen
P. M. Prenter: Piecewise L-Splines, S. 243 GDZ Göttingen
J. J. Cannon: Computing the Ideal Structure of Finite Semigroups, S. 254 GDZ Göttingen
B. Einarsson: Numerical Treatment of Integro-Differential Equations with a Certain Maximum Propert, S. 267 GDZ Göttingen
K. M. Brown; J. E. jr. Dennis: Derivative Free Analogues of the Levenberg-Marquardt and Gauss Algorithms for Nonlinear Least Squares Approximation, S. 289 GDZ Göttingen
R. F. King: Tangent Methods for Nonlinear Equations, S. 298 GDZ Göttingen
I. Gargantini; P. Henrici: Circular Arithmetic and the Determination of Polynomial Zeros, S. 305 GDZ Göttingen
G. Ph. Barker: Monotone Norms, S. 321 GDZ Göttingen
T. Tsuda: Numerical Differentation of Functions of Very Many Variables, S. 327 GDZ Göttingen
N. L. Schryer: Solution of Monotone Nonlinear Elliptic Boundary Value Problems, S. 336 GDZ Göttingen
L. W. Johnson; R. D. Riess: Error Estimates for Clenshaw-Curtis Quadrature, S. 345 GDZ Göttingen
O. Hübner: Zweiparametrige Überrelaxation, S. 354 GDZ Göttingen
T. Pietrzykowski: A Generalization of the Potential Method for Conditional Maxima on the Banach, Reflexive Spaces, S. 367 GDZ Göttingen
W. Gautschi: Attenuation Factors in Practical Fourier Analysis, S. 373 GDZ Göttingen
J. Rokne: Newton’s Method Under Mild Differentiability Conditions with Error Analysis, S. 401 GDZ Göttingen
K. P. Hadeler: Bemerkungen zum Gradientenverfahren, S. 413 GDZ Göttingen
H. Werner: Eine Faktorisierung der bei der rationalen Interpolation auftretenden Matrizen, S. 423 GDZ Göttingen
R. A. Sack: A Fully Stable Rational Version of the QR Algorithm for Tridiagonal Matrices, S. 432 GDZ Göttingen
R. Weiss; R. S. Anderssen: A Product Integration Method for a Class of Singular First Kind Voltera Equations, S. 442 GDZ Göttingen
Wm. L. Morris: Inclusion Theorems for a Section of a Matrix, S. 457 GDZ Göttingen
R. A. Sack; A. F. Donovan: An Algorithm for Gaussian Quadrature given Modified Moments, S. 465 GDZ Göttingen

19.Bd, 1964

GDZ Göttingen = DigiZeitschriften

R. D. Russell; L. F. Shampine: A Collocation Method for Boundary Value Problems, S. 1 GDZ Göttingen
H. Amann: Über die näherungsweise Lösung nichtlinearer Integralgleichungen, S. 29 GDZ Göttingen
R. Askey: Positivity of the Cotes Numbers for some Jacobi Abscissas, S. 46 GDZ Göttingen
A. van der Sluis: The Remainder Term in Quadrature Formulae, S. 49 GDZ Göttingen
G. Alefeld; J. Herzberger: Nullstelleneinschließung mit dem Newton-Verfahren ohne Invertierung von Intervallmatrizen, S. 56 GDZ Göttingen
T. Lyche: Chebyshevian Multistep Methods for Ordinary Differential Equation, S. 65 GDZ Göttingen
J. L. Brenner; J. de Pillis: Partitioned Matrices and Seidel Convergence, S. 76 GDZ Göttingen
G. Strang: Approximation in the Finite Element Method, S. 81 GDZ Göttingen
J. J. Blair: Error Bounds for the Solution of Nonlinear Two-point Boundary Value Problems by Galerkin’s Method, S. 99 GDZ Göttingen
M. P. Carroll: Simultaneous L1 Approximation of a Compact Set of Real-Valued Functions, S. 110 GDZ Göttingen
H. Antes: Splinefunktionen bei der Lösung von Integralgleichungen, S. 116 GDZ Göttingen
G. Fix; N. Nassif: On Finite Element Approximations to Time-Dependent Problems, S. 127 GDZ Göttingen
G. Tissier: Interpolation a plusieurs variables sur la sphere, S. 136 GDZ Göttingen
M. von Golitschek: On the Convergence of Interpolating Periodic Spline Functions of High Degree, S. 146 GDZ Göttingen
R. S. Varga; J. G. Pierce: Higher Order Convergence Results for the Rayleigh-Ritz Method Applied to Eigenvalue Problems: 2. Improved Error Bounds for Eigenfunctions, S. 155 GDZ Göttingen
R. B. Kellogg: On Complex Eigenvalues of M and P Matrices, S. 170 GDZ Göttingen
J. H. Wilkinson: Note on Matrices with a Very Ill-Conditioned Eigenproblem, S. 176 GDZ Göttingen
D. Gaier: Ermittlung des konformen Moduls von Vierecken mit Differenzenmethoden, S. 179 GDZ Göttingen
M. S. Waterman; W. A. Beyer: Ergodic Computations with Continued Fractions and Jacobi’s Algorithm, S. 195 GDZ Göttingen
P. Lancaster: A Note on Sub-Multiplicative Norms, S. 206 GDZ Göttingen
C. Zenger: A Comparison of Some Bounds for the Nontrivial Eigenvalues of Stochastic Matrices, S. 209 GDZ Göttingen
J. Steinberg: Numerical Solution of Volterra Integral Equation, S. 212 GDZ Göttingen
K. G. Guderley; C. L. Keller: A Basic Theorem in the Computation of Ellipsoidal Error Bounds, S. 218 GDZ Göttingen
H. Engels: Über Konvergenzkriterien für numerische Differentiationsverfahren, S. 230 GDZ Göttingen
R. L. Johnston; D. D. Olesky: On the Computation of Inclusion Regions for Partitioned Matrices, S. 238 GDZ Göttingen
K. Atkinson: The Numerical Solution of Fredholm Integral Equations of the Second Kind with Singular Kernels, S. 248 GDZ Göttingen
K. P. Hadeler: Bemerkung zu einer Arbeit von W. Wetterling über positive Operatoren, S. 260 GDZ Göttingen
J. G. Pierce; J. W. Dailey: Error Bounds for the Galerkin Method Applied to Singular and Nonsingular Boundary Value Problems, S. 266 GDZ Göttingen
D. A. Field; W. B. Jones: A priori Estimates for Truncation Error of Continued Fractions K(1 bn), S. 283 GDZ Göttingen
F. Robert; J. F. Maitre: Normes et algorithmes associés à une découpe de matrice. (Itération du principe de Gauss-Seidel), S. 303 GDZ Göttingen
F. Melkes: Reduced Piecewise Bivariate Hermite Interpolations, S. 326 GDZ Göttingen
S. M. Robinson: Extension of Newton’s Method to Nonlinear Functions with Values in a Cone, S. 341 GDZ Göttingen
B. Bereanu: On the Convergence of Cartesian Multidimensional Quadrature Formulae, S. 348 GDZ Göttingen
E. Gekeler: Über mehrstufige Iterationsverfahren und die Lösung der Hammersteinschen Gleichung, S. 351 GDZ Göttingen
G. A. Kemper: Linear Multistep Methods for a Class of Functional Differential Equations, S. 361 GDZ Göttingen
D. F. Paget; D. Elliott: An Algorithm for the Numerical Evaluation of Certain Cauchy Principal Value Integrals, S. 373 GDZ Göttingen
H. Zassenhaus; J. Neubüser; H. Brown: On Integral Groups. I. The Reducible Case, S. 386 GDZ Göttingen
M. Pichat: Correction d’une somme en arithmétique a virgule flottante, S. 400 GDZ Göttingen
P. Forster: Die diskrete Greensche Funktion und Fehlerabschätzungen zum Galerkin-Verfahren, S. 407 GDZ Göttingen
D. B. Hunter: Some Gauss-Type Formulae for the Evaluation of Cauchy Principal Values of Integrals, S. 419 GDZ Göttingen
W. Miller: On the Stability of Finite Numerical Procedures, S. 425 GDZ Göttingen
R. Meyer-Spasche: A Constructive Method of Solving the Liapounov Equation for Complex Matrices, S. 433 GDZ Göttingen
P. Saint-Pierre: Sur la convergence numérique de différentes méthodes de décomposition pour une classe de problèmes elliptiques, S. 439 GDZ Göttingen

20.Bd, 1965

GDZ Göttingen = DigiZeitschriften

Ivo Babuska: A Finite Eement Scheme for Domains with Corners, S. 1 GDZ Göttingen
H. Zassenhaus; J. Neubüser; H. Brown: On Integral Groups. II. The Irreducible Case, S. 22 GDZ Göttingen
Gerhard Schmeißer: Optimale Quadraturformeln mit semidefiniten Kernen, S. 32 GDZ Göttingen
A. De Matteis; G. Cenacchi: Quasi-Random Sequences by Power Residues, S. 54 GDZ Göttingen
Claude Brezinski: Conditions d’application et de convergence de procédés d’extrapolation, S. 64 GDZ Göttingen
Veikko Seppäla: A Note on the Theory of Limit Processes for Solving Finite Equations, S. 80 GDZ Göttingen
Rainer Kreß: Zur numerischen Integration periodischer Funktionen nach der Rechteckregel, S. 87 GDZ Göttingen
R. S. Varga; W. J. Kammerer: On Asymptotically Best Norms for Powers of Operators, S. 93 GDZ Göttingen
Lois Mansfield: On the Variational Characterization and Convergence of Bivariate Splines, S. 99 GDZ Göttingen
M. Golomb; R. A. Tapia: The Metric Gradient in Normed Linear Spaces, S. 115 GDZ Göttingen
Rainer Kreß: On General Hermite Trigonometric Interpolation, S. 125 GDZ Göttingen
Martin Gutknecht: A posteriori Error Bounds for the Zeros of a Polynomial, S. 139 GDZ Göttingen
P. J. van der Houwen: Explicit Runge-Kutta Formulas with Increased Stability Boundaries, S. 149 GDZ Göttingen
Claude Carasso: Etude de l’algorithme de Rémès en l’absence de condition de Haar, S. 165 GDZ Göttingen
Ivo Babuska: The Finite Element Method with Lagrangian Multipliers, S. 179 GDZ Göttingen
F. Chatelin: Approximation du spectre d’un operateur linearie; application aux operateurs differentiels elliptiqes non autoadjoints, S. 193 GDZ Göttingen
A. S. Householder: Postscript to „Generalisations of an Algorithm of Sebastiao e Silva“, S. 205 GDZ Göttingen
Alexandru I. Schiop: Stability of Ritz Procedure for Nonlinear Two-Point Boundary Value Problem, S. 208 GDZ Göttingen
Jim Douglas; Todd Dupont: Galerkin Methods for Parabolic Equations with Nonlinear Boundary Conditions, S. 213 GDZ Göttingen
Volker Strassen: Die Berechnungskomplexität von elementarsymmetrischen Funkit, S. 238 GDZ Göttingen
Richard S. Varga; Bernard W. Levinger: On Minimal Gerschgorin Sets for Families of Norms, S. 252 GDZ Göttingen
Thomas Lucas: A High Order Projection Method for Nonlinear Two Point Boundary Value Problems, S. 257 GDZ Göttingen
E. Rakotch: Numerical Solution of Volterra Integral Equations, S. 271 GDZ Göttingen
R. Ansorge: f-Konvergenz und f-Stetigkeit von Operatorenfolgen auf metrischen Räumen, S. 280 GDZ Göttingen
Colin W. Cryer: The Numerical Solution of Boundary Value Problems for Second Order Functional Differential Equations by Finite Differences, S. 288 GDZ Göttingen
René van Dooren: Numerical Computation of Forced Oscillations in Coupled Duffing Equations, S. 300 GDZ Göttingen
G. Alefeld: Über konvergente Zerlegungen von Matrizen, S. 312 GDZ Göttingen
Franz Locher: Zur Struktur von Quadraturformeln, S. 317 GDZ Göttingen
S. Winograd; Richard Brent; P. Wolfe: Optimal Iterative Processes for Root-Finding, S. 327 GDZ Göttingen
Paula P. Chan: Singular Splines, S. 342 GDZ Göttingen
Gideon Zwas: On Two Steps Lax-Wendroff Methods in Several Dimension, S. 350 GDZ Göttingen
A. Sachs: Iterationsverfahren für monotone, nicht notwendige Lipschitz-beschränkte Operatoren im Hilbert-Raum, S. 356 GDZ Göttingen
R. Meyer-Spasche: A Method of Solving the Stability Problem for Complex Matrices, S. 364 GDZ Göttingen
Karl v. Finckenstein; K.-U. v. Hagenow: Konvergenz eines Differenzverfahrens für quasilineare parabolische Anfangs-Randwertprobleme in Zylindersymmetrie, S. 372 GDZ Göttingen
Takao Tsuda: Numerical Iteration of Functions of Very Many Variables, S. 377 GDZ Göttingen
David R. Kincaid: A Class of Norms of Iterative Methods for Solving Systems of Linear Equations, S. 392 GDZ Göttingen
A. Schönhage: Unitäre Transformationen großer Matrizen, S. 409 GDZ Göttingen
Luc Wuytack: An Algorithm for Rational Interpolation Similar to the qd-Algorithm, S. 418 GDZ Göttingen
Tohru Morita; Tsuyoshi Horiguchi: Convergence of the Arithmetic-Geometric Mean Procedure for the Complex Variables and the Calculation of the Complete Elliptic Integrals with Complex Modulus, S. 425 GDZ Göttingen

21.Bd, 1966

GDZ Göttingen = DigiZeitschriften

Alan Feldstein; Richard Goodman: Numerical Solution of Ordinary and Retarded Differential Equations with Discontinuous Derivatives, S. 1 GDZ Göttingen
Torsten Ström: Monotonicity and Error Bounds in Schemes of Romberg Type for the Computation of f(n) (0) by Central Differences and Extrapolation, S. 14 GDZ Göttingen
Richard Weiss; Frank de Hoog: On the Solution of Volterra Integral Equations of the First Kind, S. 22 GDZ Göttingen
M. Delchambre: De l’avantage des méthodes aux différences modifiées de Stiefel-Bettis pour la resolution d’équations différentielles du second ordre perturbées, S. 33 GDZ Göttingen
H. J. de Vries: On the Eigenproblem for Normal Matrices, S. 37 GDZ Göttingen
Claes Johnson: On the Convergence of a Mixed Finite-Element Method for Plate Bending Problems, S. 43 GDZ Göttingen
Philip M. Anselone; Joel Davis: Perturbations of Best Approximation Problems, S. 63 GDZ Göttingen
Erich Martensen: Darstellung und Entwicklung des Restgliedes der Gregoriyschen Quadraturformel mit Hilfe von Spline-Funktionen, S. 70 GDZ Göttingen
Wilhelm Niethammer: Ein numerisches Verfahren zur analytischen Fortsetzung, S. 81 GDZ Göttingen
Alston S. Hoseholder Award
H. I. Medley: A Note on G-Generating Families and Isolated Gerschgorin Disks, S. 93 GDZ Göttingen
Jagdish Chandra; Paul William Davis: On the Approximation of Periodic Solutions of Equations with Bounded Nonlinearities, S. 96 GDZ Göttingen
William J. Gordon: Transfinite Element Methods: Blending-Function Interpolation over Arbitary Curved Element Domains, S. 109 GDZ Göttingen
Tommy Elfving; Ake Björck: Algorithms for Confluent Vandermonde Systems, S. 130 GDZ Göttingen
Gregory M. Nielson: Bivariate Spline Functions and the Approximation of Linear Functionals, S. 138 GDZ Göttingen
K. P. Hadeler; D. Braess: Simultaneous Inclusion of the Zeros of a Polynomial, S. 161 GDZ Göttingen
Robert Schaback: Konstruktion und algebraische Eigenschaften von M-Spline-Interpolierenden, S. 166 GDZ Göttingen
Daniel Wulbert: A Note on Polynomial Splines with Free Knots, S. 181 GDZ Göttingen
Hinweise für die Autoren / Directions for Authors
D. B. Hunter: The Numerical Evaluation of Cauchy Principal Values of Integrals by Romberg-Integration, S. 185 GDZ Göttingen
G. W. Reddien: Projection Methods and Singular Two Point Boundary Value Problems, S. 193 GDZ Göttingen
Hidetos Takahasi; Masatake Mori: Quadrature Formulas Obtained by Variable Tranformation, S. 206 GDZ Göttingen
K. Scherer; H. Esser: Eine Bemerkung zur Konvergenz Hermitescher Interpolationsprozesse, S. 220 GDZ Göttingen
B. N. Parlett: Presentation geometrique des methodes de calcul des valeurs propres, S. 223 GDZ Göttingen
J. Wick; H. Neunzert: Die Theorie der asymptotischen Verteilung und die numerische Lösung von Integrodifferentialgleichungen, S. 234 GDZ Göttingen
P. Lesaint: Finite Element Methods for Symmetric Hyperbolic Equations, S. 244 GDZ Göttingen
E. Pittnauer: Numerische Polynomapproxiamtion mit Knotenpolynomen, S. 256 GDZ Göttingen
Werner Sautter: Schwankungsbereiche linearer Optimierungsaufgaben, S. 264 GDZ Göttingen
Todd Dupont; Jim Jr. Douglas: Superconvergence for Galerkin Methods for the Two Point Boundary Problem Via Local Projections, S. 270 GDZ Göttingen
E. L. Allgower: Exact Inverses of Certain Band Matrices, S. 279 GDZ Göttingen
G. W. Stewart: Conjugate Direction Methods for Solving Systems of Linear Equations, S. 285 GDZ Göttingen
E. Mittermayer: Eine Iterationsmethode zur mehrdimensionalen gleichmäßigen Approximation bei gegebener Näherung, S. 298 GDZ Göttingen
Rolf Jeltsch: Integration of Iterated Integrals by Multistep Methods, S. 303 GDZ Göttingen
Ridgway Scott: Finite Element Convergence for Singular Data, S. 317 GDZ Göttingen
Bertil Gustafsson: A Numerical Method for Solving Singular Boundary Value Problems, S. 328 GDZ Göttingen
Alan E. Berger: L2 Error Estimates for Finite Elements with Interpolated Boundary Conditions, S. 345 GDZ Göttingen
K. Kansy: Elementare Fehlerdarstellung für Abteilungen bei der Hermite-Interpolation, S. 350 GDZ Göttingen
Alan Feldstein; Richard Goodman: Round-off Error for Retarded Ordinary Differential Equations: A Priori Bounds and Estimates, S. 355 GDZ Göttingen
Masaaki Shimasaki; Takeshi Kiyono: Numerical Solution of Integral Equations in Chebyshev Series, S. 373 GDZ Göttingen
James W. Daniel: Newton’s Method for Nonlinear Inequalities, S. 381 GDZ Göttingen
A. N. Jr. Beavers; E. D. Denman: A Computational Method for Eigenvalues and Eigenvectors of a Matrix with Real Eigenvalues, S. 389 GDZ Göttingen
Helmut Braß: Eine Fehlerabschätzung zum Quadraturverfahren von Clesnshaw und Curtis, S. 397 GDZ Göttingen
Walter Gautschi: On the Condition of Algebraic Equations, S. 405 GDZ Göttingen
Ludwig Elsner: A Remark on Simultaneous Inclusions of the Zeros of a Polynomial by Gershgorin’s Theorem, S. 425 GDZ Göttingen

22.Bd, 1967

GDZ Göttingen = DigiZeitschriften

G. Rodrigue: A Gradient Method for the Matrix Eigenvalue Problem A x = … B x, S. 1 GDZ Göttingen
K. Atkinson: Iterative Variants of the Nyström Method for the Numerical Solution of Integral Equations, S. 17 GDZ Göttingen
G. W. Stewart: Some Iterations for Factoring a Polynomial. II. A Generalization of the Secant Method, S. 33 GDZ Göttingen
J. Schröder; U. Trottenberg: Reduktionsverfahren für Differenzengleichungen bei Randwertaufgaben I, S. 37 GDZ Göttingen
G. Kreisselmeier; D. Suschowk: Ein Algorithmus zur zyklisch invarianten Zerlegung eines endlich-dimensionalen Vektorraums bezüglich einer linearen Selbstabbildung, S. 69 GDZ Göttingen
C. A. Micchelli; W. L. Miranker: Asymptotically Optimal Approximation in Fractional Sobolev Spaces and the Numerical Solution of Differential Equations, S. 75 GDZ Göttingen
L. Mansfield: Higher Order Compatible Triangular Finite Elements, S. 89 GDZ Göttingen
J. jr. Douglas; T. Dupont: Galerkin Approximations for the Two Point Boundary Problem Using Continuous, Piecewise Polynomial Spaces, S. 99 GDZ Göttingen
K. Menke: Bestimmung von Näherungen für die konforme Abbildung mit Hilfe von stationären Punktsystemen, S. 111 GDZ Göttingen
H. L. Loeb; R. B. Barrar: Analytic Extended Monosplines, S. 119 GDZ Göttingen
F. Geistbeck; A. Sachs: Optimale Fehlerabschätzungen mit dualen Funktionalen bei semilineraen Randwertaufgaben gewöhnlicher Differentialgleichungen, S. 127 GDZ Göttingen
B. Brosowski; K. H. Hoffmann: Eine Variationsungleichung und Anwendungen, S. 137 GDZ Göttingen
F. Natterer; B. Werner: Eine Erweiterung des Maximumsprinzips für den Laplaceschen Operator, S. 149 GDZ Göttingen
R. S. Anderssen; P. Bloomfield: Numerical Differentiation Procedures for Non-Exact Data, S. 157 GDZ Göttingen
A. M. Erisman; J. K. Reid: Monitoring the Stability of the Triangular Factorization of a Sparse Matrix, S. 183 GDZ Göttingen
W. Knauff; R. Kreß: Optimale Approximation linearer Funktionale auf periodischen Funktionen, S. 187 GDZ Göttingen
M. M. Chawla; V. Kaul: Optimal Rules with Polynomial Precision for Hilbert Spaces Possessing Reproducing Kernel Functions, S. 207 GDZ Göttingen
D. Braess: Rationale Interpolation, Normalität und Monosplines, S. 219 GDZ Göttingen
W. R. Richert: Zur Fehlerabschätzung für Eigenwertaufgaben vom Typ (…2I – …A-B)x = 0, S. 233 GDZ Göttingen
R. S. Varga; W. J. Kammerer; G. W. Reddien: Quadratic Interpolatory Splines, S. 241 GDZ Göttingen
M. Mäkelä; O. Nevanlinna; A. H. Sipilä: On the Concepts of Convergence, Consistency, and Stability in Connection with some Numerical Methods, S. 261 GDZ Göttingen
W. R. Richert: Zur Behandlung von Eigenwertaufgaben mit nichtlinear auftretendem Parameter, S. 275 GDZ Göttingen
P. Deuflhard: A Modified Newton Method for the Solution of Ill-Conditioned Systems of Nonlinear Equations with Application to Multiple Shooting , S. 289 GDZ Göttingen
M. M. Chawla; T. R. Ramakrishnan: Numerical Evaluation of Integrals of Periodic Functions with Cauchy and Poisson Type Kernels, S. 317 GDZ Göttingen
L. S. Jennings; M. R. Osborne: Direct Error Analysis for Least Squares, S. 325 GDZ Göttingen
P. Kail: Approximations to Stochastic Programs with Complete Fixed Recourse, S. 333 GDZ Göttingen
H. T. Kung: On Computing Reciprocals of Power Series, S. 341 GDZ Göttingen
K. Tanabe: Characterization of Linear Stationary Iterative Processes for Solving a Singular System of Linear Equations, S. 349 GDZ Göttingen
J. Rissanen: Solution of Linear Equations with Hankel and Toeplitz Matrices, S. 361 GDZ Göttingen
L. R. Abrahamsson; H. B. Keller; H. O. Kreiss: Difference Approximations for Singular Perturbations of Systems of Ordinary Differential Equations, S. 367 GDZ Göttingen
P. H. Astor; C. S. Duris: Discrete L-Splines, S. 393 GDZ Göttingen
P. P. Chan: A Monotone Operator Method for the Solution of Fredholm Integral Equations, S. 403 GDZ Göttingen
R. Hettich: Kriterien zweiter Ordnung für lokal beste Approximationen, S. 409 GDZ Göttingen

23.Bd, 1968

GDZ Göttingen = DigiZeitschriften

J. Wimp: Toeplitz Arrays, Linear Sequence Transformations and Orthogonal Polynomials, S. 1 GDZ Göttingen
F. Pecka: On Equally Weighted Quadratures, S. 19 GDZ Göttingen
A. Voigt: Line Method Approximations to the Cauchy Problem for Nonlinear Parabolic Differential Equations, S. 23 GDZ Göttingen
M. S. Mock: Solution of a Nonlinear Two Point Boundary Value Problem , S. 37 GDZ Göttingen
Y. M. Demoulin; Y. M. Chen: An Iteration Method for Studying the Bifurcation of Solutions of the Nonlinear Equations, L(…) u + ..R (…, u) = 0 , S. 47 GDZ Göttingen
M. La Porte; J. Vignes: Etude statistique des erreurs dans l’arithmétique des ordinateurs; application au contrôle des résultats d’algorithmes numériques, S. 63 GDZ Göttingen
M. La Porte; J. Vignes: Méthode numérique de détection de la singularité d’une matrice, S. 73 GDZ Göttingen
P. Morel: Sur le problème inverse des valeurs propres, S. 83 GDZ Göttingen
B. Herz: Zerfallende Tridiagonalmatrizen und aneinandergesetzte Sturmsche Ketten, S. 95 GDZ Göttingen
R. A. Nicolaides: On a Geometrical Aspect of SOR and the Theory of Consistent Ordering for Positive Definite Matrices, S. 99 GDZ Göttingen
H. Werner; H. L. Loeb; R. B. Barrar: On the Existence of Optimal Integration Formulas for Analytic Functions, S. 105 GDZ Göttingen
R. D. Russell: Collocation for Systems of Boundary Value Problems, S. 119 GDZ Göttingen
H. R. Schwarz: The Method of Coordinate Overrelaxation for (A Â? … B) x = 0 , S. 135 GDZ Göttingen
J. T. King: New Error Bounds for the Penalty Method and Extrapolation, S. 153 GDZ Göttingen
E. Gekeler: On the Convergence of the von Neumann Difference Approximation to Hyperbolic Initial Boundary Value Problems, S. 167 GDZ Göttingen
S. K. Zaremba; G. Kedem: A Table of Good Lattice Points in Three Dimensions, S. 175 GDZ Göttingen
G. Schuller: On the Order of Convergence of Certain Quasi-Newton-Methods, S. 181 GDZ Göttingen
J. jr. Douglas; T. Dupont; L. Wahlbin: The Stability in Lq of the L2-Projection into Finite Element Function Spaces, S. 193 GDZ Göttingen
R. Weiss; F. de Hoog: Implicit Runge- Kutta Methods for Second Kind Volterra Integral Equations, S. 199 GDZ Göttingen
F. Chatelin; M. J. Lemordant: La méthode de Rayleigh-Ritz appliquée à des opérateurs différentiels elliptiques Â? orders de convergence des éléments propres, S. 215 GDZ Göttingen
D. A. Sânchez: An Iteration Scheme for Boundary Value-Alternative Problems, S. 223 GDZ Göttingen
K. S. Thomas: On the Approximate Solution of Operator Equations, S. 231 GDZ Göttingen
A. van der Sluis: Stability of the Solutions of Linear Least Squares Problems, S. 241 GDZ Göttingen
Y. Vitek: A Bound Connected with Primitive Matrices, S. 255 GDZ Göttingen
V. Pereyra; E. G. Sewell: Mesh Selection for Discrete Solution of Boundary Problems in Ordinary Differential Equations, S. 261 GDZ Göttingen
G. Fairweather; J. P. Johnson: On the Extrapolation of Galerkin Methods for Parabolic Problems, S. 269 GDZ Göttingen
L. Wahlbin: Error Estimates for a Galerkin Method for a Class of Model Equations for Long Waves, S. 289 GDZ Göttingen
A. I. Schiop: On the Stability of the Ritz Procedure for Nonlinear Problems, S. 305 GDZ Göttingen
D. F. Paget; D. Elliott: On the Convergence of a Quadrature Rule for Evaluating Certain Cauchy Principal Value Integrals, S. 311 GDZ Göttingen
M. Reimer: Auswertungsverfahren für Polynome in mehreren Variablen, S. 321 GDZ Göttingen
W. Gautschi: Norm Estimates for Inverses of Vandermonde Matrices, S. 337 GDZ Göttingen
J. C. Lafon: Base tensorielle des matrices de Hankel (ou de Toeplitz) Applications, S. 349 GDZ Göttingen
C. Brezinski: Forme confluente de l’e-algorithme topologique, S. 363 GDZ Göttingen
S. McCormick: An Iterative Procedure for the Solution of Constrained Nonlinear Equations with Application to Optimization Problems, S. 371 GDZ Göttingen
F. Natterer: Das Differenzenverfahren für singuläre Rand-Eigenwertaufgaben gewöhnlicher Differentialgleichungen, S. 387 GDZ Göttingen
O. H. Hald: On a Newton-Moser Type Method, S. 411 GDZ Göttingen
E. Pittnauer: Eine Aussage über Alternanten, S. 427 GDZ Göttingen
J. Schröder: Upper and Lower Bounds for Solutions of Generalized Two-Point Boundary Value Problems, S. 433 GDZ Göttingen

24.Bd, 1969

GDZ Göttingen = DigiZeitschriften

W. Gautschi: Optimally Conditioned Vandermonde Matrices, S. 1 GDZ Göttingen
K. Salkauskas: On Weight Functions for Chebyshev Quadrature, S. 13 GDZ Göttingen
H. Greenberg: An Algorithm for Determining Redundant Inequalities and All Solutions to Convex Polyhedra, S. 19 GDZ Göttingen
R. S. Anderssen; B. J. Omodei: Stability of the Rayleigh-Ritz Procedure for Nonlinear Two-Point Boundary Value Problems, S. 27 GDZ Göttingen
M. La Porte; J. Vignes: Evaluation de l’incertitude sur la solution d’un système Linéaire, S. 39 GDZ Göttingen
E. Deutsch: On Matrix Norms and Logarithmic Norms, S. 49 GDZ Göttingen
M. S. Mock: A Global a posteriori Error Estimate for Quasilinear Elliptic Problems, S. 53 GDZ Göttingen
E. Deutsch; C. Zenger: On Bauer’s Generalized Gershgorin Discs, S. 63 GDZ Göttingen
T. Yamamoto: On the Distribution of Errors in the Iterative Solution of a System of Linear Equations, S. 71 GDZ Göttingen
C. J. Henrich: On the Numerical Evaluation of a Sum Involving Binomial Coefficients, S. 81 GDZ Göttingen
G. W. Stewart: The Convergence of the Method of Conjugate Gradients at Isolated Extreme Points of the Spectrum, S. 85 GDZ Göttingen
R. A. Nicolaides: On the Local Convergence of Certain Two Step Terative Procedures, S. 95 GDZ Göttingen
F. Brezzi: Sur la méthode des éléments finis hybrides pour le problème biharmonique, S. 103 GDZ Göttingen
M. Davies; B. Dawson: On the Global Convergence of Halley’s Iteration Formula, S. 133 GDZ Göttingen
W. Hofmann: Monotoniesätze für hyperbolische Anfangswertaufgaben und Einschließung von Lösungen, S. 137 GDZ Göttingen
R. H. jr. Martin; J. H. Iii. Lightbourne: Projection Seminorms and the Field of Values of Linear Operators, S. 151 GDZ Göttingen
A. Pinkus: Asymptotic Minimum Norm Quadrature Formulae, S. 163 GDZ Göttingen
C. Schneider: Vereinfachte Rekursionen zur Richardson-Extrapolation in Spezialfällen, S. 177 GDZ Göttingen
M. E. Rose: Weak-element Approximations to Elliptic Differential Equations, S. 185 GDZ Göttingen
H. R. Kutt: The Numerical Evaluation of Principal Value Integrals by Finite-Part Integration, S. 205 GDZ Göttingen
F. Kikuchi: On a Finite Element Schema Based on the Discrete Kirchhoff Assumption, S. 211 GDZ Göttingen
U. Hornung: Euler-Verfahren für neutrale Funktional-Differentialgleichungen, S. 233 GDZ Göttingen
S. Pruess: High Order Approximations to Sturm-Liouville Eigenvalues, S. 241 GDZ Göttingen
U. Marcowitz: Fehlerabschätzung bei Anfangswertaufgaben für Systeme von gewöhnlichen Differentialgleichungen mit Anwendung auf das REENTRY-Problem, S. 249 GDZ Göttingen
G. G. L. Meyer: A Systematic Approach to the Synthesis of Algorithms, S. 277 GDZ Göttingen
R. J. Hanson; J. L. Phillips: An Adaptive Numerical Method for Solving Linear Fredholm Integral Equations of the First Kind, S. 291 GDZ Göttingen
C. Günther: Zweidimensionale Quadraturformeln von Grad 7 mit 14 Punkten, S. 309 GDZ Göttingen
H. Voss: Projektionsverfahren für Randwertaufgaben mit nichtlinearen Randbedingungen, S. 317 GDZ Göttingen
W. Busch; R. Esser; W. Hackbusch; U. Herrmann: Extrapolation Applied to the Method of Characteristics for a first Order System of Two Partial Differential Equations. Part One : The Initial Value Problem, S. 331 GDZ Göttingen
R. D. Grigorieff: Diskrete Approximation von Eigenwertproblemen. I. Qualitative Konvergenz, S. 355 GDZ Göttingen
A. Demmler; C. Reinsch: Oscillation Matrices with Spline Smoothing, S. 375 GDZ Göttingen
G. Wahba: Smoothing Noisy Data with Spline Functions, S. 383 GDZ Göttingen
T. Tsuda: Nonlinear Interpolation of Functions of Very Many Variables, S. 395 GDZ Göttingen
R. D. Grigorieff: Diskrete Approximation von Eigenwertproblemen. II. Konvergenzordnung, S. 415 GDZ Göttingen
P. Wesseling: An Asymptotic Expansion for Product Integration Applied to Cauchy Principal Value Integrals, S. 435 GDZ Göttingen
K. Schumacher: Iterative Optimierungsverfahren, die unter schwachen Voraussetzungen konvergieren, S. 443 GDZ Göttingen

25.Bd, 1970

GDZ Göttingen = DigiZeitschriften

E. B. Saff; R. S. Varga: On the Zeros and Poles of Padé Approximants to e-z , S. 1 GDZ Göttingen
W. Forst: Zur Optimalität interpolatorischer Quadraturformeln periodischer Funktionen.-Optimal Formulas of Interpolatory Type for the Quadrature of Periodic Functions, S. 15 GDZ Göttingen
F. Stenger: Computing the Topological Degree of a Mapping in Rn , S. 23 GDZ Göttingen
S. P. Norsett: C-Polynomials for Rational Approximation to the Exponential Function, S. 39 GDZ Göttingen
A. Spence: On the Convergence of the Nyström Method for the Integral Equation Eigenvalue Problem, S. 57 GDZ Göttingen
F. Natterer: Über die punktweise Konvergenz Finiter Elemente. – On the Pointwise Convergence of Finite Elements, S. 67 GDZ Göttingen
R. D. Grigorieff: Diskrete Approximation von Eigenwertproblemen. III. Asymptotische Entwicklungen. – Discrete Approximation of Eigenvalue-Problems. III. Asymptotic Expansions, S. 79 GDZ Göttingen
P. Midy: An Improved Calculation of the General Elliptic Integral of the Second Kind in the Neighbourhood of x= 0, S. 99 GDZ Göttingen
P. Linz: Convergence of a Discretization Method for Integrodifferential Equations, S. 103 GDZ Göttingen
R. Hettich: Kriterien erster und zweiter Ordnung für lokal beste Approximationen bei Problemen mit Nebenbedingungen. – On First and Second Order Conditions for Locally Best Approximations for Constraint Problems, S. 109 GDZ Göttingen
G. W. Stewart: Simultaneous Iteration for Computing Invariant Subspaces of Non-Hermitian Matrices, S. 123 GDZ Göttingen
G. W. Stewart: The Economical Storage of Plane Rotations, S. 137 GDZ Göttingen
A. Haegemanns; R. Piessens: Construction of Cubature Formulas of Degree Eleven for Symmetric Planar Regions „Using“ Orthogonal Polynomials, S. 139 GDZ Göttingen
W. Knauff; R. Kreß: Optimale Approximation mit Nebenbedingungen an lineare Funktionale auf periodischen Funktionen. – Optimal Approximation with Side Conditions to Linear Functionals on Periodic Functions, S. 149 GDZ Göttingen
R. J. Plemmons: Regular Splittings and the Discrete Neumann Problem, S. 153 GDZ Göttingen
R. W. Thatcher: The Use of Infinite Grid Refinements at Singularities in the Solution of Laplace’s Equation, S. 163 GDZ Göttingen
K. Veselic: A Convergent Jacobi Method for Solving the Eigenproblem of Arbitrary Real Matrices, S. 179 GDZ Göttingen
H. M. Möller: Kubaturformeln mit minimaler Knotenzahl. -Minimum-Point Cubature Formulas, S. 185 GDZ Göttingen
T. Küpper: Einschließungsaussagen für gewöhnliche Differentialoperatoren. -Range-Domain Implications for Ordinary Differential Operators, S. 201 GDZ Göttingen
R. E. Barnhill; J. A. Gregory: Sard Kernel Theorems on Triangular Domains with Application to Finite Element Error Bounds, S. 215 GDZ Göttingen
I. H. Sloan: Error Analysis for a Class of Degenerate-Kernel Methods, S. 231 GDZ Göttingen
K. Jetter: Optimale Quadraturformeln mit semidefiniten Peano-Kernen. – Optimal Integration Formulas with Semidefinite Peano-Kernels, S. 239 GDZ Göttingen
H. L. Loeb; R. B. Barrar: Multiple Zeros and Applications to Optimal Linear Functionals, S. 251 GDZ Göttingen
J. A. Nitsche: Der Einfluß von Randsingularitäten beim Ritzschen Verfahren. – Solution Effects of the Ritz Method, S. 263 GDZ Göttingen
V. Ptâk: The Rate of Convergence of Newtons’ Process, S. 279 GDZ Göttingen
D. F. Paget; D. Elliott: On the Convergence of a Quadrature Rule for Evaluating Certain Cauchy Principal Value Integrals: An Addendum, S. 287 GDZ Göttingen
R. S. Varga; G. Alefeld: Zur Konvergenz des symmetrischen Relations Verfahrens. – On the Convergence of the Symmetric SOR Method, S. 291 GDZ Göttingen
U. Trottenberg: Lösung linearer gewöhnlicher Randwertaufgaben 4. Ordnung mit Hilfe von Aufspaltungen. – Solving Linear Ordinary Boundary Value Problems of the Fourth Order by Means of Splittings, S. 297 GDZ Göttingen
A. Schönhage; E. B. Saff; R. S. Varga: Geometrie Convergence to e-z by Rational Functions with Real Poles, S. 307 GDZ Göttingen
R. A. LaBudde; D. Greenspan: Energy and Momentum Conserving Methods of Arbitrary Order for the Numerical Integration of Equations of Motion. I. Motion of a Single Particle, S. 323 GDZ Göttingen
G. Loizou; P. J. Anderson: A Jacobi Type Method for Complex Symmetric Matrices, S. 347 GDZ Göttingen
P. S. Chung: Generalization and Acceleration of an Algorithm of Sebastiao e Silva and its Duals, S. 365 GDZ Göttingen
M. M. Chawla; V. Kaul: Optimal Rules with Polynomial Precision for Hubert Spaces Possessing Reproducing Kernel Functions. II. Error Bounds, S. 379 GDZ Göttingen
E. Hairer; G. Wanner: A Theory for Nyström Methods, S. 383 GDZ Göttingen
R. E. Barnhill; J. A. Gregory: Interpolation Remainder Theory from Taylor Expansions on Triangles, S. 401 GDZ Göttingen
R. Frank: The Method of Iterated Defect-Correction and its Application to Two-Point Boundary Value Problems. Part I, S. 409 GDZ Göttingen
A. Suhadolc; M. Omladic; S. Pahor: On a New Type of Quadrature Formulas, S. 421 GDZ Göttingen
G. W. Reddien; L. L. Schumaker: On a Collocation Method lor Singular Two Point Boundary Value Problems, S. 427 GDZ Göttingen
J. Baumeister: Über die Extremaleigenschaft nichtlinearer interpolierender Splines. – On the Extremal Property of Nonlinear Interpolating Splines, S. 433 GDZ Göttingen
L. Cromme: Eine Klasse von Verfahren zur Ermittlung bester nichtlinearer Tschebyscheff-Approximationen. -A Class of Numerical Procedures for Finding Best Nonlinear Chebyshev Approximations, S. 447 GDZ Göttingen
T. Yamamoto: On the Distribution of Errors in the Iterative Solution of a System of Linear Equations. II., S. 461 GDZ Göttingen

26.Bd, 1971

GDZ Göttingen = DigiZeitschriften

R. A. LaBudde; D. Greenspan: Energy and Momentum Conserving Methods of Arbitrary Order for the Numerical Integration of Equations of Motion. II. Motion of a System of Particles, S. 1 GDZ Göttingen
H. Linden: Obere Schranken für Eigenwerte von Eigenwertaufgaben der Form (…2 I Â?…A Â? B) x = 0 . – Upper Bounds for Eigenvalues of Quadratic Eigenvalue Problem, S. 17 GDZ Göttingen
J. P. Eckmann: On the Computation of the Galois Group over the Quotient Field of C […], S. 27 GDZ Göttingen
V. Girault: A Combined Finite Element and Marker and Cell Method for Solving Navier-Stokes Equations, S. 39 GDZ Göttingen
A. van der Sluis; R. M. M. Mattheij: Error Estimates for Miller’s Algorithm, S. 61 GDZ Göttingen
C. Johnson: On Finite Element Methods for Plasticity Problems, S. 79 GDZ Göttingen
J. Haslinger; I. Hlavácek: A Mixed Finite Element Method Close to the Equilibrium Model, S. 85 GDZ Göttingen
H. Schneider; B. D. Saunders: A Symmetric Numerical Range for Matrices, S. 99 GDZ Göttingen
M. A. Noor; J. R. Whiteman: Error Bounds for Finite Element Solutions of Mildly Nonlinear Elliptic Boundary Value Problems, S. 107 GDZ Göttingen
W. B. Jones: Truncation Error Analysis by Means of Approximant Systems and Inclusion Regions, S. 117 GDZ Göttingen
J. C. Cavendish; C. A. Hall; W. J. Gordon: Ritz-Galerkin Approximations in Blending Function Spaces, S. 155 GDZ Göttingen
M. R. Osborne; D. H. Anderson: Discrete, Linear Approximation Problems in Polyhedral Norms, S. 179 GDZ Göttingen
C. A. Micchelli; T. J. Rivlin; S. Winograd: The Optimal Recovery of Smooth Function, S. 191 GDZ Göttingen
D. Pallaschke: Optimale Differentiations- und Integrationsformeln in C0 [a, b]. – Optimal Differentiation and Integration Formulas in C0 [a, b], S. 201 GDZ Göttingen
E. B. Saff; R. S. Varga; W. C. Ni: Geometric Convergence of Rational Approximations to e-z in Infinite Sectors, S. 211 GDZ Göttingen
Textabschnitt
H. Cerutti; S. V. Parter: Collocation Methods for Parabolic Partial Differential Equations in One Space Dimension, S. 227 GDZ Göttingen
T. Miyoshi: A Mixed Finite Element Method for the Solution of the von Kármán Equations, S. 255 GDZ Göttingen
M. N. Spijker: On the Possibility of Two-Sided Error Bounds in the Numerical Solution of Initial Value Problems, S. 271 GDZ Göttingen
F. Stummel: Weak Stability and Weak Discrete Convergence of Continuous Mappings, S. 301 GDZ Göttingen
I. Gargantini: Parallel Laguerre Iterations: The Complex Case, S. 317 GDZ Göttingen
M. Mignotte: Note sur la méthode Bernoulli, S. 325 GDZ Göttingen
P. Deuflhard; H. J. Pesch; P. Rentrop: A Modified Continuation Method for the Numerical Solution of Nonlinear Two-Point Boundary Value Problems by Shooting Techniques, S. 327 GDZ Göttingen
E. B. Saff; R. S. Varga: On the Sharpness of Theorems Concerning Zero-Free Regions for Certain Sequences of Polynomials, S. 345 GDZ Göttingen
B. Kacewicz: An Integral-Interpolation Iterative Method for the Solution of Scalar Equations, S. 355 GDZ Göttingen
M. S. Mock: Explicit Finite Element Schemes for First Order Symmetric Hyperbolic Systems, S. 367 GDZ Göttingen
K. Taubert: Differenzverfahren für Schwingungen mit trockener und zäher Reibung und für Regelungssysteme. -A Finite Difference Method in Forced Vibrations with Combined Viscous and Coulomb Damping and in Feedback Control, S. 379 GDZ Göttingen
M. van Veldhuizen: A Refinement Process for Collocation Approximations, S. 397 GDZ Göttingen
G. Alefeld: Zur Konvergenz des Peaceman-Rachford-Verfahrens. -On the Convergence of the Peaceman-Rachford Iterative Method, S. 409 GDZ Göttingen
J. Sprekels: Existenz und erste Einschließung positiver Lösungen bei superlinearen Randwertaufgaben zweiter Ordnung. -Existence and First Bounds of Positive Solutions of Superlinear Second-Order Boundary Value Problems, S. 421 GDZ Göttingen
J. Schröder; U. Trottenberg; H. Reutersberg: Reduktionsverfahren für Differenzengleichungen bei Randwertaufgaben II. -Solving Difference Equations for Boundary Value Problems by Reduction Methods II, S. 429 GDZ Göttingen

27.Bd, 1972

GDZ Göttingen = DigiZeitschriften

B. A. Chartres; R. S. Stepleman: Convergence of Linear Multistep Methods for Differential Equations with Discontinuities, S. 1 GDZ Göttingen
P. Hallet; J. P. Hennart; E. H. Mund: A Galerkin Method with Modified Piecewise Polynomials for Solving a Second-Order Boundary Value Problem, S. 11 GDZ Göttingen
P. E. Zadunaisky: On the Estimation of Errors Propagated in the Numerical Integration of Ordinary Differential Equations, S. 21 GDZ Göttingen
T. N. L. Patterson: On High Precision Methods for the Evaluation of Fourier Integrals with Finite and Infinite Limits, S. 41 GDZ Göttingen
E. Wagenführer: Ein Verfahren höherer Konvergenzordnung zur Berechnung des charakteristischen Exponenten der Mathieuschen Differentialgleichung, S. 53 GDZ Göttingen
K. Veselic: Some Convergent Jacobi-like Procedures for Diagonalising J-Symmetric Matrices, S. 67 GDZ Göttingen
G. Claessens: A New Algorithm for Osculatory Rational Interpolation, S. 77 GDZ Göttingen
J. Matthys: A -Stable Linear Multistep Methods for Volterra Integro-Differential Equations, S. 85 GDZ Göttingen
J. R. Bunch; L. Kaufman; B. N. Parlett: Decomposition of a Symmetric Matrix (Handbook Series Linear Algebra), S. 95 GDZ Göttingen
T. Küpper: Pointwise Lower and Upper Bounds for Eigenfunctions of Ordinary Differential Operators, S. 111 GDZ Göttingen
E. Hansen; M. Patrick: Estimating the Multiplicity of a Root, S. 121 GDZ Göttingen
F. Robert: Autour du théorème de Stein-Rosenberg, S. 133 GDZ Göttingen
J. G. Verwer: On Generalized Linear Multistep Methods with Zero-Parasitic Roots and an Adaptive Principal Root, S. 143 GDZ Göttingen
B. E. White: On Optimal Extreme-Discrepancy Point Sets in the Square, S. 157 GDZ Göttingen
J. R. Cash: A Note on the Iterative Solution of Recurrence Relations, S. 165 GDZ Göttingen
U. von Welck: Ein stabiles Schichtenverfahren für allgemeine lineare Evolutionsgleichungen, S. 171 GDZ Göttingen
H. P. Blatt: Rationale Tschebyscheff-Approximation über unbeschränkten Intervallen, S. 179 GDZ Göttingen
H. P. Blatt: Zur Stetigkeit rationaler T-Approximationen über unbeschränkten Intervallen, S. 191 GDZ Göttingen
F. Cordellier: Particular Rules for the Vector e-Algorithm, S. 203 GDZ Göttingen
L. M. Delves; M. Bain: On the Optimum Choice of Weight Functions in a Class of Variational Calculations, S. 209 GDZ Göttingen
L. M. Delves; M. Bain: The Convergence Rates of Expansions in Jacobi Polynomials, S. 219 GDZ Göttingen
J. Lorenz: Zur Inversmonotonie diskreter Probleme, S. 227 GDZ Göttingen
E. K. Ifantis; C. B. Kouris: Lower Bounds for the Zeros of Analytic Functions, S. 239 GDZ Göttingen
O. H. Hald: Discrete Inverse Sturm-Liouville Problems. I. Uniqueness for Symmetric Potentials, S. 249 GDZ Göttingen
E. Hansen; M. Patrick: A Family of Root Finding Methods, S. 257 GDZ Göttingen
J. C. P. Bus: Convergence of Newton-Like Methods for Solving Systems of Nonlinear Equations, S. 271 GDZ Göttingen
E. Hairer: Méthodes de Nyström pour l’équation différentielle y“ Â? f(xty , S. 283 GDZ Göttingen
W. H. Ling; H. W. McLaughlin; M. L. Smith: A Computational Procedure for the Approximation of Random Functions, S. 301 GDZ Göttingen
J. Meinguet; J. Descloux: An Operator-Theoretical Approach to Error Estimation, S. 307 GDZ Göttingen
O. Widlund: On Best Error Bounds for Approximation by Piecewise Polynomial Functions, S. 327 GDZ Göttingen
K. Witsch: Konvergenzaussagen für Projektionsverfahren bei linearen Operatoren. – Convergence of Projection Methods for Linear Operators, S. 339 GDZ Göttingen
G. Schmeisser: A Representation for the Remainder of the Maclaurin Quadrature Formula, S. 355 GDZ Göttingen
J. G. Verwer: S-Stability Properties for Generalized Runge-Kutta Methods, S. 359 GDZ Göttingen
V. Conrad; Y. Wallach: A Faster SSOR Algorithm, S. 371 GDZ Göttingen
H. Wozniakowski: Numerical Stability for Solving Nonlinear Equations, S. 373 GDZ Göttingen
C. R. Johnson: Locally Compatible Generalized Matrix Norms, S. 391 GDZ Göttingen
A. Paulik: Zur Existenz optimaler Quadraturformeln mit freien Knoten bei Integration analytischer Funktionen, S. 395 GDZ Göttingen
R. Frank: The Method of Iterated Defect-Correction and Its Application to Two-Point Boundary Value Problems. Part II, S. 407 GDZ Göttingen
E. Pallaschke: Konvergenz optimaler Differentiationsformeln, S. 421 GDZ Göttingen
R. V. M. Zahar: A Mathematical Analysis of Miller’s Algorithm, S. 427 GDZ Göttingen
H. J. Pesch; P. Rentrop; H. J. Diekhoff; P. Lory; H. J. Oberle; R. Sedel: Comparing Routines for the Numerical Solution of Initial Value Problems of Ordinary Differential Equations in Multiple Shooting , S. 449 GDZ Göttingen
R. Haverkamp: Sturm-Liouville-Problème mit schwach singulären Koeffizientenfunktionen. Teil I. Eigenwertproblem, S. 471 GDZ Göttingen
C. de Boor; A. Pinkus: Backward Error Analysis for Totally Positive Linear Systems, S. 485 GDZ Göttingen
B. F. Sherman: A Counterexample to Greenberg’s Algorithm for Solving Linear Inequalities, S. 491 GDZ Göttingen

28.Bd, 1973

GDZ Göttingen = DigiZeitschriften

O. Axelsson: Error Estimates for Galerkin Methods for Quasilinear Parabolic and Elliptic Differential Equations in Divergence Form, S. 1 GDZ Göttingen
J. Rappaz: Approximation of the Spectrum of a Non-Compact Operator Given by the Magnetohydrodynamic Stability of a Plasma, S. 15 GDZ Göttingen
G. Starius: Constructing Orthogonal Curvilinear Meshes by Solving Initial Value Problems, S. 25 GDZ Göttingen
H. Engels: Eine Familie interpolatorischer Quadraturformeln mit ableitungsfreien Fehlerschranken, S. 49 GDZ Göttingen
W. Gautschi; G. Monegato: On Optimal Chebyshev-Type Quadratures, S. 59 GDZ Göttingen
H. Esser: Stabilitätsungleichungen für Diskretisierungen von Randwertaufgaben gewöhnlicher Differentialgleichungen, S. 69 GDZ Göttingen
L. Cromme: Numerische Methoden zur Behandlung einiger Problemklassen der nichtlinearen Tschebyscheff-Approximation mit Nebenbedingungen, S. 101 GDZ Göttingen
E. B. Saff; R. S. Varga: Erratum, S. 119 GDZ Göttingen
Alston S. Householder Award (1977) – Final Notice
W. Hackbusch: Extrapolation Applied to Certain Discretization Methods Solving the Initial Value Problem for Hyperbolic Differential Equations, S. 121 GDZ Göttingen
M. R. Osborne; D. H. Anderson: Discrete, Nonlinear Approximation Problems in Polyhedral Norms, S. 143 GDZ Göttingen
M. R. Osborne; D. H. Anderson: Discrete, Nonlinear Approximation Problems in Polyhedral Norms. A Levenberg-Like Algorithm, S. 157 GDZ Göttingen
W. F. Langford: Numerical Solution of Bifurcation Problems for Ordinary Differential Equations, S. 171 GDZ Göttingen
H. Wózniakowski: Numerical Stability of the Chebyshev Method for the Solution of Large Linear Systems, S. 191 GDZ Göttingen
L. S. de Jong: Towards a Formal Definition of Numerical Stability, S. 211 GDZ Göttingen
A. Dax; S. Kaniel: Pivoting Techniques for Symmetrie Gaussian Elimination, S. 221 GDZ Göttingen
G. Starius: Composite Mesh Difference Methods for Elliptic Boundary Value Problems, S. 243 GDZ Göttingen
G. J. Fix; M. E. Gurtin: On Patched Variational Principles with Application to Elliptic and Mixed Elliptic-Hyperbolic Problems, S. 259 GDZ Göttingen
V. Klee; P. van den Driessche: Linear Algorithms for Testing the Sign Stability of a Matrix and for Finding Z-Maximum Matchings in Acyclic Graphs, S. 273 GDZ Göttingen
L. P. Mavrides: Optimization under Nonnegativity Constraints, S. 287 GDZ Göttingen
M. Atteia: Evaluation de l’erreur dans la méthode des éléments finis, S. 295 GDZ Göttingen
T. A. Manteuffel: The Tchebychev Iteration for Nonsymmetric Linear Systems, S. 307 GDZ Göttingen
F. Natterer: Regularisierung schlecht gestellter Probleme durch Projektionsverfahren, S. 329 GDZ Göttingen
J. Stoer: On the Relation between Quadratic Termination and Convergence Properties of Minimization Algorithms. Part I. Theory, S. 343 GDZ Göttingen
J. Stoer; P. Baptist: On the Relation between Quadratic Termination and Convergence Properties of Minimization Algorithms. Part II. Applications, S. 367 GDZ Göttingen
R. M. Redheffer: Fehlerabschätzung bei nichtlinearen Differentialungleichungen mit Hilfe linearer Differentialungleichungen, S. 393 GDZ Göttingen
J. L. Gout: Estimation de l’erreur d’interpolation d’Hermite dans IR“, S. 407 GDZ Göttingen
F. Brezzi; W. W. Hager; P. A. Raviart: Error Estimates for the Finite Element Solution of Variational Inequalities. Part I. Primal Theory, S. 431 GDZ Göttingen
O. Nevanlinna: On the Behaviour of Global Errors at Infinity in the Numerical Integration of Stable Initial Value Problems, S. 445 GDZ Göttingen
W. Hackbusch: Extrapolation to the Limit for Numerical Solutions of Hyperbolic Equations, S. 455 GDZ Göttingen

29.Bd, 1974

GDZ Göttingen = DigiZeitschriften

M. van Veldhuizen: A Note on Partial Pivoting and Gaussian Elimination, S. 1 GDZ Göttingen
J. Scheurle: Ein selektives Projektions-Iterationsverfahren und Anwendungen auf Verzweigungsprobleme, S. 11 GDZ Göttingen
W. Miller: Roundoff Analysis and Sparse Data, S. 37 GDZ Göttingen
F. J. Drexler: Eine Methode zur Berechnung sämtlicher Lösungen von Polynomgleichungssystemen, S. 45 GDZ Göttingen
B. von Sydow: Error Estimates for Gaussian Quadrature Formulae, S. 59 GDZ Göttingen
U. von Welck: Stabile Mehrschichtverfahren für parabolische Evolutionsgleichungen, S. 65 GDZ Göttingen
R. W. Owens: An Algorithm for Best Approximate Solutions of Ax = b with a Smooth Strictly Convex Norm, S. 83 GDZ Göttingen
K. Glashoff; E. Sachs: On Theoretical and Numerical Aspects of the Bang-Bang-Principle, S. 93 GDZ Göttingen
N. K. Tsao: Newton Interpolation Is Efficient for Approximation of Linear Functionals, S. 115 GDZ Göttingen
D. Braess: Über die Einzugsbereiche der Nullstellen von Polynomen beim Newton-Verfahren, S. 123 GDZ Göttingen
A. Spence: Error Bounds and Estimates for Eigenvalues of Integral Equations, S. 133 GDZ Göttingen
J. Hartung: A Stable Interior Penalty Method for Convex Extremal Problems, S. 149 GDZ Göttingen
W. G. Kolata: Approximation in Variationally Posed Eigenvalue Problems, S. 159 GDZ Göttingen
C. Brezinski: Convergence Acceleration of Some Sequences by the e-Algorithm, S. 173 GDZ Göttingen
L. Cromme: Strong Uniqueness. A Far-Reaching Criterion for the Convergence Analysis of Iterative Procedures, S. 179 GDZ Göttingen
K. Kilberth: Iterative Berechnung mehrfacher Lösungen von Hammersteinschen Integralgleichungen, S. 195 GDZ Göttingen
W. J. Beyn: Zur Stabilität von Differenzenverfahren für Systeme linearer gewöhnlicher Randwertaufgaben, S. 209 GDZ Göttingen
G. Claessens: A Useful Identity for the Rational Hermite Interpolation Table, S. 227 GDZ Göttingen
T. Morita: Calculation of the Complete Elliptic Integrals with Complex Modulus, S. 233 GDZ Göttingen
E. L. Allgower; S. F. McCormick: Newton’s Method with Mesh Refinements for Numerical Solution of Nonlinear Two-Point Boundary Value Problems, S. 237 GDZ Göttingen
D. A. Field: Error Bounds for Continued Fractions K (1/bn), S. 261 GDZ Göttingen
E. Türkei: Extrapolation Methods for Dynamic Partial Differential Equations, S. 269 GDZ Göttingen
D. S. Henderson; A. Wassyng: A New Method for the Solution of A x = b, S. 287 GDZ Göttingen
T. A. Porsching: Error Estimates for MAC-Like Approximations to the Linear Navier-Stokes Equations, S. 291 GDZ Göttingen
A. S. L. Shieh: On the Convergence of the Conjugate Gradient Method for Singular Capacitance Matrix Equations from the Neumann Problem of the Poisson Equation, S. 307 GDZ Göttingen
G. H. Meyer: The Method of Lines for Poisson’s Equation with Nonlinear or Free Boundary Conditions, S. 329 GDZ Göttingen
F. Stenger: Optimal Convergence of Minimum Norm Approximations in Hp, S. 345 GDZ Göttingen
E. Spedicato; J. Greenstadt: On Some Classes of Variationally Derived Quasi-Newton Methods for Systems of Nonlinear Algebraic Equations, S. 363 GDZ Göttingen
P. Albrecht: On the Order of Composite Multistep Methods for Ordinary Differential Equations, S. 381 GDZ Göttingen
C. W. Mastin; J. F. Thompson: Transformation of Three-Dimensional Regions onto Rectangular Regions by Elliptic Systems, S. 397 GDZ Göttingen
E. Hairer: On the Order of Iterated Defect Correction. An Algebraic Proof, S. 409 GDZ Göttingen
H. J. Stetter: The Defect Correction Principle and Discretization Methods, S. 425 GDZ Göttingen
W. Gautschi: On Inverses of Vandermonde and Confluent Vandermonde Matrices III, S. 445 GDZ Göttingen
H. D. Mittelmann: On the Approximate Solution of Nonlinear Variational Inequalities, S. 451 GDZ Göttingen
The Alston S. Householder Award

30.Bd, 1975

GDZ Göttingen = DigiZeitschriften

P. M. Prenter; J. W. Lee: An Analysis of the Numerical Solution of Fredholm Integral Equations of the First Kind, S. 1 GDZ Göttingen
R. Jeltsch; L. Kratz: On the Stability Properties of Brown’s Multistep Multiderivative Methods, S. 25 GDZ Göttingen
H. Potempa: Modifizierte Restgliedabschätzungen für Quadraturformeln, S. 39 GDZ Göttingen
J. N. Lyness; P. Keast: On p-Generator Fully Symmetric Quadrature Rules, S. 51 GDZ Göttingen
R. Menzel; H. Schwetlick: Zur Lösung parameterabhängiger nichtlinearer Gleichungen mit singulären Jacobi-Matrizen, S. 65 GDZ Göttingen
F. Natterer: Numerical Inversion of the Radon Transform, S. 81 GDZ Göttingen
T. Küpper: Einschließungsaussagen bei Differentialoperatoren zweiter Ordnung durch punktweise Ungleichungen, S. 93 GDZ Göttingen
C. Johnson; B. Mercier: Some Equilibrium Finite Element Methods for Two- Dimensional Elasticity Problems, S. 103 GDZ Göttingen
H. Brunner: Discretization of Volterra Integral Equations of the First Kind (II), S. 117 GDZ Göttingen
W. Forst: Zur Interpolation und Integration differenzierbarer periodischer Funktionen, S. 137 GDZ Göttingen
R. Brombeer: Über optimale Quadraturformeln mit freien Knoten zu Hilberträumen periodischer Funktionen, S. 149 GDZ Göttingen
W. Sautter: Fehleranalyse für die Gauß-Elimination zur Berechnung der Lösung minimaler Länge, S. 165 GDZ Göttingen
K. Witsch: Numerische Quadratur bei Projektionsverfahren, S. 185 GDZ Göttingen
R. Wolf: Asymptotische Entwicklungen für Eigenwerte und Eigenvektoren bei der Approximation parameternichtlinearer Eigenwertaufgaben, S. 207 GDZ Göttingen
P. Sablonnière: Bases de type Schauder de C [0,1] et formules de quadrature associées, S. 227 GDZ Göttingen
E. B. Saff; R. S. Varga: On the Zeros and Poles of Pade Approximants to ez III , S. 241 GDZ Göttingen
M. van Veldhuizen: Higher Order Methods for a Singularly Perturbed Problem, S. 267 GDZ Göttingen
P. M. Prenter; Graves. J. : Numerical Iterative Filters Applied to First Kind Fredholm Integral Equations, S. 281 GDZ Göttingen
H. Wozniakowski: Round-Off Error Analysis of Iterations for Large Linear Systems, S. 301 GDZ Göttingen
C. Zenger; H. Gietl: Improved Difference Schemes for the Dirichlet Problem of Poisson’s Equation in the Neighbourhood of Corners, S. 315 GDZ Göttingen
K. Witsch: Projektive Newton-Verfahren bei elliptischen Randwertaufgaben, S. 333 GDZ Göttingen
H. Braß: Monotonie bei den Quadraturverfahren von Gauß und Newton-Cotes, S. 349 GDZ Göttingen
I. J. Good; T. N. Tideman: Integration over a Simplex, Truncated Cubes, and Eulerian Numbers, S. 355 GDZ Göttingen
E. Gekeler: A-priori Error Estimates of Galerkin Backward Differentiation Methods in Time-Inhomogeneous Parabolic Problem, S. 369 GDZ Göttingen
J. R. Cash: High Order Methods for the Numerical Integration of Ordinary Differential Equations, S. 385 GDZ Göttingen
G. J. Cooper; F. C. P. Whitworth: Liapunov Functions and Error Bounds for Approximate Solutions of Ordinary Differential Equations, S. 411 GDZ Göttingen
I. H. Sloan; W. E. Smith: Product-Integration with the Clenshaw-Curtis and Related Points. Convergence Properties, S. 415 GDZ Göttingen
A. Majda; S. Osher: A Systematic Approach for Correcting Nonlinear Instabilities. The Lax-Wendroff Scheme for Scalar Conservation Laws, S. 429 GDZ Göttingen
R. Wegmann: Ein Iterationsverfahren zur konformen Abbildung, S. 453 GDZ Göttingen

31.Bd, 1976

GDZ Göttingen = DigiZeitschriften

F. Brezzi; W. W. Hager; P. A. Raviart: Error Estimates for the Finite Element Solution of Variational Inequalities. Part II. Mixed Methods, S. 1 GDZ Göttingen
D. Belogus; N. Liron: DCR2: An Improved Algorithm for l¶ Rational Approximation on Intervals, S. 17 GDZ Göttingen
J. R. Bunch; C. P. Nielsen; D. C. Sorensen: Rank-One Modification of the Symmetric Eigenproblem, S. 31 GDZ Göttingen
R. E. Bank: Efficient Algorithms for Solving Tensor Product Finite Element Equations, S. 49 GDZ Göttingen
G. R. Richter: Superconvergence of Piecewise Polynomial Galer kin Approximations for Fredholm Integral Equations of the Second Kind, S. 63 GDZ Göttingen
I. C. Simpson: Numerical Integration over a Semi-Infinite Interval, Using the Lognormal Distribution, S. 71 GDZ Göttingen
R. Schultz: Ein Abstiegsverfahren für Approximationsaufgaben in normierten Räumen, S. 77 GDZ Göttingen
G. Mühlbach: The General Neville-Aitken-Algorithm and Some Applications, S. 97 GDZ Göttingen
J. R. Bunch; C. P. Nielsen: Updating the Singular Value Decomposition, S. 111 GDZ Göttingen
R. Mannshardt: One-Step Methods of Any Order for Ordinary Differential Equations with Discontinuous Right-Hand Sides, S. 131 GDZ Göttingen
M. A. Wolfe: Extended Iterative Methods for the Solution of Operator Equations, S. 153 GDZ Göttingen
Z. Zlatev: Stability Properties of Variable Stepsize Variable Formula Methods, S. 175 GDZ Göttingen
T. A. Manteuffel: Adaptive Procedure for Estimating Parameters for the Nonsymmetric Tchebychev Iteration, S. 183 GDZ Göttingen
K. Witsch: Projektive Newton-Verfahren und Anwendungen auf nichtlineare Randwertaufgaben, S. 209 GDZ Göttingen
E. K. Blum; P. B. Geltner: Numerical Solution of Eigentuple-Eigen vector Problems in Hilbert Spaces by a Gradient Method, S. 231 GDZ Göttingen
E. K. Blum; A. R. Curtis: A Convergent Gradient Method for Matrix Eigenvector-Eigentuple Problems, S. 247 GDZ Göttingen
R. J. Plemmons; M. Neumann: Convergent Nonnegative Matrices and Iterative Methods for Consistent Linear Systems, S. 265 GDZ Göttingen
H. J. Schmid: On Cubature Formulae with a Minimal Number of Knots, S. 281 GDZ Göttingen
M. Davies; B. Dawson: An Automatic Search Procedure for Finding Real Zeros, S. 299 GDZ Göttingen
J. W. Schmidt: Einschließung inverser Elemente durch Fixpunktverfahren, S. 313 GDZ Göttingen
J. Werner: Über die globale Konvergenz von Variable-Metrik-Verfahren mit nicht-exakter Schrittweitenbestimmung, S. 321 GDZ Göttingen
R. Beauwens: Factorization Iterative Methods, M-Operators and H-Operators, S. 335 GDZ Göttingen
P. Rentrop: A Taylor Series Method for the Numerical Solution of Two-Point Boundary Value Problems, S. 359 GDZ Göttingen
G. Wahba; P. Craven: Smoothing Noisy Data with Spline Functions. Estimating the Correct Degree of Smoothing by the Method of Generalized Cross-Validation, S. 377 GDZ Göttingen
A. S. L. Shieh: Fast Poisson Solvers on General Two Dimensional Regions for the Dirichlet Problem, S. 405 GDZ Göttingen
J. Stoer; K. Schittkowski: A Factorization Method for the Solution of Constrained Linear Least Squares Problems Allowing Subsequent Data Changes, S. 431 GDZ Göttingen

32.Bd, 1977

GDZ Göttingen = DigiZeitschriften

S. P. Norsett; A. Wolfbrandt: Order Conditions for Rosenbrock Type Methods, S. 1 GDZ Göttingen
H. Weber: Numerische Behandlung von Verzweigungsproblemen bei gewöhnlichen Differentialgleichungen, S. 17 GDZ Göttingen
E. Wagenführer; H. Lang: Berechnung des charakteristischen Exponenten der endlichen Hillschen Differentialgleichung durch Numerische Integration, S. 31 GDZ Göttingen
R. Seydel: Numerical Computation of Branch Points in Ordinary Differential Equations, S. 51 GDZ Göttingen
K. Georg: On the Convergence of an Inverse Iteration Method for Nonlinear Elliptic Eigenvalue Problems, S. 69 GDZ Göttingen
M. Crouzeix: Sur la A-stabilité des méthodes de Runge-Kutta, S. 75 GDZ Göttingen
W. Hackbusch: On the Fast Solutions of Nonlinear Elliptic Equations, S. 83 GDZ Göttingen
H. Schomberg: Monotonically Convergent Iterative Methods for Nonlinear Systems of Equations, S. 97 GDZ Göttingen
V. Conrad; Y. Wallach: Alternating Methods for Sets of Linear Equations, S. 105 GDZ Göttingen
B. Kearfott: An Efficient Degree-Computation Method for a Generalized Method of Bisection, S. 109 GDZ Göttingen
G. R. Luecke: A Numerical Procedure for Computing the Moore-Penrose Inverse, S. 129 GDZ Göttingen
A. Spence: Error Bounds and Estimates for Eigenvalues of Integral Equations. II, S. 139 GDZ Göttingen
H. N. Mülthei: Splineapproximationen von beliebigem Defekt zur numerischen Lösung gewöhnlicher Differentialgleichungen. Teil I, S. 147 GDZ Göttingen
P. van der Cruyssen: A Reformulation of Olver’s Algorithm for the Numerical Solution of Second-Order Linear Difference Equations, S. 159 GDZ Göttingen
R. Jeltsch: A0-Stability and Stiff Stability of Brown’s Multistep Multiderivative Methods, S. 167 GDZ Göttingen
P. Midy; Y. Yakovlev: An Extrapolation Method for the Quadrature of Functions with Singularities in the Vicinity of the Interval of Integration, S. 183 GDZ Göttingen
A. Voigt: The Method of Lines for Nonlinear Parabolic Differential Equations with Mixed Derivatives, S. 197 GDZ Göttingen
S. Kesavan: La méthode de Kikuchi appliquée aux équations de von Karman, S. 209 GDZ Göttingen
F. Chatelin: Sur les bornes d’erreur a posteriori pour les éléments propres d’opérateurs linéaires, S. 233 GDZ Göttingen
J. L. Gout; D Apprato; R. Arcangeli: Sur les elements finis rationnels de Wachspress, S. 247 GDZ Göttingen
M. Razzaghi: A Computational Solution for a Matrix Riccati Differential Equation, S. 271 GDZ Göttingen
E. Schäfer: Fehlerabschätzung für Eigenwertnäherungen nach der Ersatzkernmethode bei Integralgleichungen, S. 281 GDZ Göttingen
M. E. A. El Tom: On Best Cubature Formulas and Spline Interpolation, S. 291 GDZ Göttingen
Z. Jackiewicz: Convergence of Multistep Methods for Volterra Functional Differential Equations, S. 307 GDZ Göttingen
W. Werner: Über ein Verfahren in Ordnung l + …2 zur Nullstellenbestimmung , S. 333 GDZ Göttingen
H. N. Mülthei: Splineapproximationen von beliebigem Defekt zur numerischen Lösung gewöhnlicher Differentialgleichungen. Teil II, S. 343 GDZ Göttingen
S. P. Chung: An Algorithm for the Zeros of Transcendental Functions, S. 359 GDZ Göttingen
E. Hairer: Unconditionally Stable Methods for Second Order Differential Equations, S. 373 GDZ Göttingen
J. Sprekels; H. Voss: Pointwise Inclusions of Fixed Points by Finite Dimensional Iteration Schemes, S. 381 GDZ Göttingen
G. Mühlbach: The General Recurrence Relation for Divided Differences and the General Newton-Interpolation-Algorithm With Applications to Trigonometric Interpolation, S. 393 GDZ Göttingen
N. K. Tsao: Error Analysis of Splitting Algorithms for Polynomials, S. 409 GDZ Göttingen
G. Opfer: New Extremal Properties for Constructing Conformal Mappings, S. 423 GDZ Göttingen
F. Natterer: On the Inversion of the Attenuated Radon Transform, S. 431 GDZ Göttingen
J. M. Wolfe: On the Convergence of an Algorithm for Discrete Lp Aprroximation, S. 439 GDZ Göttingen
P. Chenin: Une représentation intégrale de l’erreur d’Interpolation, S. 461 GDZ Göttingen
Editors: Eduard L. Stiefel

33.Bd, 1978

GDZ Göttingen = DigiZeitschriften

B. C. Carlson: Computing Elliptic Integrals by Duplication, S. 1 GDZ Göttingen
L. L. Schumaker; G. Hämmerlin: Error Bounds for the Approximation of Green’s Kernels by Splines, S. 17 GDZ Göttingen
R. Rannacher: Nonconforming Finite Element Methods for Eigenvalue Problems in Linear Plate Theory, S. 23 GDZ Göttingen
A. Louis: Acceleration of Convergence for Finite Element Solutions of the Poisson Equation, S. 43 GDZ Göttingen
P. Rentrop; P. Kaps: Generalized Runge-Kutta Methods of Order Four with Stepsize Control for Stiff Ordinary Differential Equations, S. 55 GDZ Göttingen
P. Chocholaty; L. Slahor: A Numerical Method to Boundary Value Problems for Second Order Delay Differential Equations, S. 69 GDZ Göttingen
W. Hock: Asymptotic Expansions for Multistep Methods Applied to Nonlinear Volterra Integral Equations of the Second Kind, S. 77 GDZ Göttingen
P. W. Smith; D. L. Barrow: Efficient L2 Approximation by Splines, S. 101 GDZ Göttingen
P. Deuflhard: A Stepsize Control for Continuation Methods and its Special Application to Multiple Shooting Techniques, S. 115 GDZ Göttingen
M. Stynes: A Simplification of Stenger’s Topological Degree Formula, S. 147 GDZ Göttingen
K. Veselic: On a Class of Jacobi-Like Procedures for Diagonalising Arbitrary Real Matrices, S. 157 GDZ Göttingen
K. Veselic: On a New Class of Elementary Matrices, S. 173 GDZ Göttingen
A. Greenbaum: Comparison of Splittings Used with the Conjugate Gradient Algorithm, S. 181 GDZ Göttingen
K. Ishihara: On the Mixed Finite Element Approximation for the Buckling of Plates, S. 195 GDZ Göttingen
M. Bercovier; O. Pironneau: Error Estimates for Finite Element Method Solution of the Stokes Problem in the Primitive Variables, S. 211 GDZ Göttingen
P. Henrici: Barycentric Formulas for Interpolating Trigonometric Polynomials and their Conjugates, S. 225 GDZ Göttingen
V. Girault; P. A. Raviart: An Analysis of a Mixed Finite Element Method for the Navier-Stokes Equations, S. 235 GDZ Göttingen
J. Pitkäranta: Boundary Subspaces for the Finite Element Method With Lagrange Multipliers, S. 273 GDZ Göttingen
B. Werner; H. Voss; J. W. Mooney: The Dependence of Critical Parameter Bounds on the Monotonicity of a Newton Sequence, S. 291 GDZ Göttingen
R. Meyer-Spasche: A Note on the Approximation of Mildly Nonlinear Dirichlet Problems by Finite Differences, S. 303 GDZ Göttingen
D. Carlson; B. N. Datta: On the Effective Computation of the Inertia of a Non-Hermitian Matrix, S. 315 GDZ Göttingen
H. Arndt: Lösung von gewöhnlichen Differentialgleichungen mit nichtlinearen Splines, S. 323 GDZ Göttingen
R. Seydel: Numerical Computation of Branch Points in Nonlinear Equations, S. 339 GDZ Göttingen
T. R. Hopkins; D. E. Roberts: Kufarev’s Method for Determining the Schwarz-Christoffel Parameters, S. 353 GDZ Göttingen
M. Amara; J. M. Thomas: Equilibrium Finite Elements for the Linear Elastic Problem, S. 367 GDZ Göttingen
J. B. Kioustelidis: A Derivative-Free Transformation Preserving the Order of Convergence of Iteration Methods in Case of Multiple Zeros, S. 385 GDZ Göttingen
G. J. Miel: Unified Error Analysis for Newton-Type Methods , S. 391 GDZ Göttingen
O. Pironneau; R. Glowinski: On a Mixed Finite Element Approximation of the Stokes Problem (I). Convergence of the Approximate Solutions, S. 397 GDZ Göttingen
K. Veselic; H. J. Wenzel: A Quadratically Convergent Jacobi-Like Method for Real Matrices With Complex Eigenvalues, S. 425 GDZ Göttingen
S. W. Ellacott: On the Approximate Conformai Mapping of Multiply Connected Domains, S. 437 GDZ Göttingen
R. B. Kellogg; J. Pitkäranta; L. Babuska: Direct and Inverse Error Estimates for Finite Elements With Mesh Refinements, S. 447 GDZ Göttingen

34.Bd, 1979

GDZ Göttingen = DigiZeitschriften

D. M. Greig; M. A. Abd-el-Naby: Iterative Solutions of Nonlinear Initial Value Differential Equations in Chebyshev Series Using Lie Series, S. 1 GDZ Göttingen
F. Utreras Diaz: Sur le choix du paramètre d’ajustement dans le lissage par fonctions spline, S. 15 GDZ Göttingen
J. Sprekels: Exact Bounds for the Solution Branches of Nonlinear Eigenvalue Problems, S. 29 GDZ Göttingen
L. Babuska; J. Osborn: Analysis of Finite Element Methods for Second Order Boundary Value Problems Using Mesh Dependent Norms, S. 41 GDZ Göttingen
F. A. Potra; V. Pták: Sharp Error Bounds for Newton’s Process, S. 63 GDZ Göttingen
H. Mokhtar-Kharroubi: Sur la convergence théorique de la méthode du gradient réduit généralisé, S. 73 GDZ Göttingen
D. M. Greig; M. A. Abd-el-Naby: A Series Method for Solving Nonlinear Two-Point Boundary Value Problems, S. 87 GDZ Göttingen
F. Locher: Dividierte Differenzen und Monotonie von Quadraturformeln, S. 99 GDZ Göttingen
E. Bohl: Chord Techniques and Newton’s Method for Discrete Bifurcation Problems, S. 111 GDZ Göttingen
L. L. Schumaker; G. Hämmerlin: Procedures for Kernel Approximation and Solution of Fredholm Integral Equations of the Second Kind, S. 125 GDZ Göttingen
H. N. Mülthei: Splineapproximationen von beliebigen Defekt zur numerischen Lösung gewöhnlicher Differentialgleichungen. Teil III, S. 143 GDZ Göttingen
W. J. Thron; H. Waadeland: Accelerating Convergence of Limit Periodic Continued Fractions K(an 1), S. 155 GDZ Göttingen
H. Yserentant: Die Mehrstellenformeln für den Laplaceoperator, S. 171 GDZ Göttingen
T. Yamamoto: Error Bounds for Computed Eigenvalues and Eigenvectors, S. 189 GDZ Göttingen
B. Schulzendorff: Reguläre Zerlegungen und Berechnung des Spektralradius nichtnegativer Matrizen, S. 201 GDZ Göttingen
W. Hackbusch; S. Dittrich: A Method of Characteristics Solving the Initial-Boundary Value Problem of a Hyperbolic Differential Equation of Second Order, S. 217 GDZ Göttingen
J. R. Cash: On the Integration of Stiff Systems of O.D.E.s Using Extended Backward Differentiation Formulae, S. 235 GDZ Göttingen
E. Hansen: Global Optimization Using Interval Analysis – The Multi-Dimensional Case, S. 247 GDZ Göttingen
W. Niethammer: Numerical Application of Euler’s Series Transformation and its Generalizations, S. 271 GDZ Göttingen
A. Majda; M. Crandall: The Method of Fractional Steps for Conservation Laws, S. 285 GDZ Göttingen
Contesse B. L. : Une caractérisation complète des minima locaux en programmation quadratique, S. 315 GDZ Göttingen
J. P. Delahaye: Algorithmes pour suites non convergentes, S. 333 GDZ Göttingen
H. Greenberg: An Algorithm for a Linear Diophantine Equation and a Problem of Frobenius, S. 349 GDZ Göttingen
P. jr. Nelson; H. D. jr. Victory: Convergence of Two-Dimensional Nyström Discrete-Ordinates in Solving the Linear Transport Equation, S. 353 GDZ Göttingen
J. R. Cash: A Note on the Numerical Solution of Linear Recurrence Relations, S. 371 GDZ Göttingen
I. H. Sloan; W. E. Smith: Product Integration with the Clenshaw-Curtis Points: Implementation and Error Estimates, S. 387 GDZ Göttingen
J. P. Milaszewicz: A Generalization of the Stein-Rosenberg Theorem to Banach Spaces, S. 403 GDZ Göttingen
P. Jochum: The Numerical Solution of the Inverse Stefan Problem, S. 411 GDZ Göttingen
K. Veselic; D. Meyer: On Some new Inclusion Theorems for the Eigenvalues of Partitioned Matrices, S. 431 GDZ Göttingen
M. R. Osborne; K. Jittorntrum: Strong Uniqueness and Second Order Convergence in Nonlinear Discrete Approximation, S. 439 GDZ Göttingen
K. P. Hadeler: Effective Computation of Periodic Orbits and Bifurcation Diagrams in Delay Equations, S. 457 GDZ Göttingen

35.Bd, 1980

GDZ Göttingen = DigiZeitschriften

T. Elfving: Block-Iterative Methods for Consistent and Inconsistent Linear Equations, S. 1 GDZ Göttingen
A. K. Aziz; M. Schneider; A. Werschulz: A Finite Element Method for the Tricomi Problem, S. 13 GDZ Göttingen
R. D. Russell; J. Christiansen: Deferred Corrections Using Uncentered End Formulas, S. 21 GDZ Göttingen
C. Schneider: Produktintegration mit nicht-äquidistanten Stützstellen, S. 35 GDZ Göttingen
M. von Golitschek: An Algorithm for Scaling Matrices and Computing the Minimum Cycle Mean in a Digraph, S. 45 GDZ Göttingen
E. Hairer: Unconditionally Stable Explicit Methods for Parabolic Equations, S. 57 GDZ Göttingen
R. S. Varga; M. Neumann: On the Sharpness of Some Upper Bounds for the Spectral Radii of S.O.R. Iteration Matrices, S. 69 GDZ Göttingen
P. Rentrop: An Algorithm for the Computation of the Exponential Spline, S. 81 GDZ Göttingen
A. O. Griewank: Starlike Domains of Convergence for Newton’s Method at Singularities, S. 95 GDZ Göttingen
J. H. Wilkinson; H. J. Symm: Realistic Error Bounds for a Simple Eigenvalue and its Associated Eigenvector, S. 113 GDZ Göttingen
G. A. , Dougalis, V. A. , Serbin, S. M. Baker: An Approximation Theorem for Second-Order Evolution Equations, S. 127 GDZ Göttingen
M. N. Le Roux: Méthodes multipas pour des équations paraboliques non linéaires, S. 143 GDZ Göttingen
M. Mori: Analytic Representations Suitable for Numerical Computation of Some Special Functions, S. 163 GDZ Göttingen
C. Brezinski: A General Extrapolation Algorithm, S. 175 GDZ Göttingen
G. Opfer: Conformal Mappings onto Prescribed Regions via Optimization Techniques, S. 189 GDZ Göttingen
J. Weisel: Numerische Ermittlung quasikonformer Abbildungen mit finiten Elementen, S. 201 GDZ Göttingen
F. Sloboda: A Generalized Conjugate Gradient Algorithm for Minimization, S. 223 GDZ Göttingen
P. Lory: Enlarging the Domain of Convergence for Multiple Shooting by the Homotopy Method, S. 231 GDZ Göttingen
G. Starius: On Composite Mesh Difference Methods for Hyperbolic Differential Equations, S. 241 GDZ Göttingen
M. Crouzeix: Une méthode multipas implicite-explicite pour l’approximation des équations d’évolution paraboliques, S. 257 GDZ Göttingen
H. D. Mittelmann: On the Efficient Solution of Nonlinear Finite Element Equations I, S. 277 GDZ Göttingen
K. Ritter: On the Rate of Superlinear Convergence of a Class of Variable Metric Methods, S. 293 GDZ Göttingen
J. C. Nedelec: Mixed Finite Elements in IR3 , S. 315 GDZ Göttingen
K. Glasshoff; H. Kreth: Vorzeichenstabile Differenzenverfahren für parabolische Anfangsrandwertaufgaben, S. 343 GDZ Göttingen
D. J. Hartfiel: Concerning the Solution Set of Ax = b where P< A < Q and p < b < q, S. 355 GDZ Göttingen
J. M. Lambert: An Alternative Computational Method for the Approximation of Random Functions, S. 361 GDZ Göttingen
I. Deák: Three Digit Accurate Multiple Normal Probabilities, S. 369 GDZ Göttingen
P. LeTallec: A Mixed Finite Element Approximation of the Navier-Stokes Equations, S. 381 GDZ Göttingen
E. Wagenführer: Die Determinantenmethode zur Berechnung des charakteristischen Exponenten der endlichen Hillschen Differentialgleichung, S. 405 GDZ Göttingen
R. M. M. Mattheij: Characterizations of Dominant and Dominated Solutions of Linear Recursions, S. 421 GDZ Göttingen
J. P. Delahaye; B. Germain-Bonne: Résultats négatifs en accélération de la convergence, S. 443 GDZ Göttingen
L. Qun; L. Jiaquan: Extrapolation Method for Fredholm Integral Equations with Non-Smooth Kernels, S. 459 GDZ Göttingen
H. Esser; K. Niederdrenk: Nichtäquidistante Diskretisierungen von Randwertaufgaben, S. 465 GDZ Göttingen

36.Bd, 1981

GDZ Göttingen = DigiZeitschriften

F. Brezzi; J. Rappaz; P. A. Raviart: Finite Dimensional Approximation of Nonlinear Problems. Part I. Branches of Nonsingular Solutions, S. 1 GDZ Göttingen
F. A. Oliveira: Collocation and Residual Correction, S. 27 GDZ Göttingen
P. Lesaint; M. Zlámal: Convergence of the Nonconforming Wilson Element for Arbitrary Quadrilateral Meshes, S. 33 GDZ Göttingen
A. G. Akritas: An Implementation of Vincent’s Theorem, S. 53 GDZ Göttingen
D. Bini; G. Lotti: Stability of Fast Algorithms for Matrix Multiplication, S. 63 GDZ Göttingen
H. W. Alt: Numerical Solution of Steady-State Porous Flow Free Boundary Problems, S. 73 GDZ Göttingen
H. Arndt: Ein verallgemeinerter Kettenbruch-Algorithmus zur rationalen Hermite-Interpolation, S. 99 GDZ Göttingen
F. L. Bauer; H. Götze: Nachruf Klaus Samelson, S. 109 GDZ Göttingen
T. R. Hopkins; P. R. Graves-Morris: Reliable Rational Interpolation, S. 111 GDZ Göttingen
J. Duchon; R. Robert; P. Witomski: Problème de Dirichlet dans l’image Bilipschitzienne d’un demi-espace, S. 129 GDZ Göttingen
K. Scherer: On Optimal Global Error Bounds Obtained by Scaled Local Error Estimates, S. 151 GDZ Göttingen
J. J. M. Cuppen: A Divide and Conquer Method for the Symmetric Tridiagonal Eigenproblem, S. 177 GDZ Göttingen
H. Weber: Numerical Computation of the Fourier Transform Using Laguerre Functions and the Fast Fourier Transform, S. 197 GDZ Göttingen
H. König; D. Pallaschke: On Khachian’s Algorithm and Minimal Ellipsoids, S. 211 GDZ Göttingen
M. Dobrowolski: A Mixed Finite Element Method for Solving the Nonstationary Stokes Equation, S. 225 GDZ Göttingen
E. A. Lipitakis; D. J. Evans: The Rate of Convergence of an Approximate Matrix Factorization Semi-Direct Method, S. 237 GDZ Göttingen
J. R. Cash: On the Design of High Order Exponentially Fitted Formulae for the Numerical Integration of Stiff Systems, S. 253 GDZ Göttingen
K. Ishihara: A Finite Element Lumped Mass Scheme for Solving Eigenvalue Problems of Circular Arches, S. 267 GDZ Göttingen
W. Gander: Least Squares with a Quadratic Constraint, S. 291 GDZ Göttingen
J. Kautsky: Matrices Related to Interpolatory Quadratures, S. 309 GDZ Göttingen
M. N. Spijker; W. H. Hundsdorfer: A Note on B-Stability of Runge-Kutta Methods, S. 319 GDZ Göttingen
F. A. Potra; V. Pták: A Generalisation of Régula Falsi, S. 333 GDZ Göttingen
S. P. Norsett; H. Brunner: Superconvergence of Collocation Methods for Volterra and Abel Integral Equations of the Second Kind, S. 347 GDZ Göttingen
J. Bräuninger: A Variable Metric Algorithm for Unconstrained Minimization Without Evaluation of Derivatives, S. 359 GDZ Göttingen
H. D. Mittelmann: On the Efficient Solution of Nonlinear Finite Element Equations. II. Bound-Constrained Problems, S. 375 GDZ Göttingen
R. H. W. Hoppe: A Penalty Method for the Approximate Solution of Stationary Maxwell Equations, S. 389 GDZ Göttingen
M. H. Gutknecht: Solving Theodorsen’s Integral Equation for Conformai Maps with the Fast Fourier Transform and Various Nonlinear Iterative Methods, S. 405 GDZ Göttingen
E. Hairer: Order Conditions for Numerical Methods for Partitioned Ordinary Differential Equations, S. 431 GDZ Göttingen
D. F. Paget: The Numerical Evaluation of Hadamard Finite-part Integrals, S. 447 GDZ Göttingen
H. Evequoz; Y. Jaccard: A Nonconforming Finite Element Method to Compute the Spectrum of an Operator Relative to the Stability of a Plasma in Toroidal Geometry, S. 455 GDZ Göttingen

37.Bd, 1982

GDZ Göttingen = DigiZeitschriften

F. Brezzi; J. Rappaz; P. A. Raviart: Finite Dimensional Approximation of Nonlinear Problems. Part II : Limit Points, S. 1 GDZ Göttingen
R. A. Nicolaides; G. J. Fix; M. D. Gunzburger: On Mixed Finite Element Methods for First Order Elliptic Systems, S. 29 GDZ Göttingen
T. N. L. Patterson; K. Bogues; C. R. Morrow: An Implementation of the Method of Ermakov and Zolotukhin for Multidimensional Integration and Interpolation, S. 49 GDZ Göttingen
O. Nevanlinna; R. Jeltsch: Stability of Explicit Time Discretizations for Solving Initial Value Problems, S. 61 GDZ Göttingen
P. M. Larkin: Root Finding by Divided Differences, S. 93 GDZ Göttingen
N. Kikuchi: Convergence of a Penalty-Finite Element Approximation for an Obstacle Problem, S. 105 GDZ Göttingen
L. Mansfield: Finite Element Methods for Nonlinear Shell Analysis, S. 121 GDZ Göttingen
D. M. Hough; N. Papamichael: The Use of Splines and Singular Functions in an Integral Equation Method for Conformai Mapping, S. 133 GDZ Göttingen
P. van der Cruyssen: A Continued Fraction Algorithm, S. 149 GDZ Göttingen
Z. Zlatev: Zero-Stability Properties of the Three-Ordinate Variable Step-size Variable Formula Methods, S. 157 GDZ Göttingen
K. Böhmer: Discrete Newton Methods and Iterated Defect Corrections, S. 167 GDZ Göttingen
M. Bozzini; L. Lenarduzzi: Approximation of Multivariable Functions with Respect to Random Points less than 2k, k Dimension of Space, S. 193 GDZ Göttingen
P. J. van der Houwen; H. J. J. te Riele: Backward Differentiation Type Formulas for Volterra Integral Equations of the Second Kind, S. 205 GDZ Göttingen
H. Koßmann: Differenzenverfahren zur Berechnung periodischer Lösungen von hyperbolischen Differentialgleichungen, S. 219 GDZ Göttingen
H. J. Pesch; H. J. Oberle: Numerical Treatment of Delay Differential Equations by Hermite Interpolation, S. 235 GDZ Göttingen
I. Babuska: Dorr, M.R.: Error Estimates for the Combined h and p Versions of the Finite Element Method, S. 257 GDZ Göttingen
R. E. Bank; D. J. Rose: Global Approximate Newton Methods, S. 279 GDZ Göttingen
L. N. Trefethen: Rational Chebyshev Approximation on the Unit Disk, S. 297 GDZ Göttingen
Y. Maday; A. Quarteroni: Legendre and Chebyshev Spectral Approximations of Burger’s Equation, S. 321 GDZ Göttingen
P. Neittaanmäki; J. Saranen: On Finite Element Approximation of the Gradient for Solution of Poisson Equation, S. 333 GDZ Göttingen
G. Mühlbach: An Algorithmic Approach to Hermite-Birkhoff-Interpolation, S. 339 GDZ Göttingen
F. W. Biegler-König: A Newton Iteration Process for Inverse Eigenvalue Problems, S. 349 GDZ Göttingen
J. R. Cash: High Order P-Stable Formulae for the Numerical Integration of Periodic Initial Value Problems, S. 355 GDZ Göttingen
H. Brass; G. Schmeisser: Error Estimates for Interpolatory Quadrature Formulae, S. 371 GDZ Göttingen
D. Braess: The Contraction Number of a Multigrid Method for Solving the Poisson Equation, S. 387 GDZ Göttingen
D. N. Arnold: Discretization by Finite Elements of a Model Parameter Dependent Problem, S. 405 GDZ Göttingen
L. Mansfield: On the Multigrid Solution of Finite Element Equations With Isoparametric Elements, S. 423 GDZ Göttingen
J. C. Paumier: Une méthode numérique pour le calcul des points de retournement. Application à un problème aux limites non-linéaire. I. Etude théorique et expérimentation de la méthode, S. 433 GDZ Göttingen
J. C. Paumier: Une méthode numérique pour le calcul des points de retournement. Application à un problème aux limites non-linéaire. II. Analyse numérique d’un problème aux limites non linéaire, S. 445 GDZ Göttingen
M. Stynes: On the Construction of Sufficient Refinements for Computation of Topological Degree, S. 453 GDZ Göttingen

38.Bd, 1983

GDZ Göttingen = DigiZeitschriften

F. Brezzi; J. Rappaz; P. A. Raviart: Finite Dimensional Approximation of Nonlinear Problems. Part III : Simple Bifurcation Points, S. 1 GDZ Göttingen
S. Pissanetzky; F. G. Basombrio: On the Numerical Errors in One Step Algorithms for Time Dependent Problems, S. 31 GDZ Göttingen
D. M. Fage: The Indicatrix Method in Free Boundary Problems, S. 39 GDZ Göttingen
J. P. Milaszewicz: On Fixed Point Linear Equations, S. 53 GDZ Göttingen
C. I. Goldstein: The Finite Element Method with Non-Uniform Mesh Sizes Applied to the Exterior Helmholtz Problem, S. 61 GDZ Göttingen
K. Schittkowski: The Nonlinear Programming Method of Wilson, Han, and Powell with an Augmented Lagrangian Type Line Search Function. Part 1 : Convergence Analysis, S. 83 GDZ Göttingen
K. Schittkowski: The Nonlinear Programming Method of Wilson, Han, and Powell with an Augmented Lagrangian Type Line Search Function. Part 2 : An Efficient Implementation with Linear Least Squares Subproblems, S. 115 GDZ Göttingen
J. Fischer: An Algorithm for Discrete Linear Lp Approximation, S. 129 GDZ Göttingen
R. Reemtsen; C. J. Lozano: An Approximation Technique for the Numerical Solution of a Stefan Problem, S. 141 GDZ Göttingen
W. Hock: An Extrapolation Method with Step Size Control for Nonlinear Volterra Integral Equations, S. 155 GDZ Göttingen
R. S. Varga; D. Y. Cai: On the LU Factorization of M-Matrices, S. 179 GDZ Göttingen
S. P. Norsett; G. Wanner: Perturbed Collocation and Runge-Kutta Methods, S. 193 GDZ Göttingen
A. Stachurski: Superlinear Convergence of Symmetric Huang’s Class of Methods, S. 209 GDZ Göttingen
H. Kleinmichel: Quasi-Newton-Verfahren vom Rang-Eins-Typ zur Lösung unrestringierter Minimierungsprobleme. Teil 1. Verfahren und grundlegende Eigenschaften, S. 219 GDZ Göttingen
H. Kleinmichel: Quasi-Newton-Verfahren vom Rang-Eins-Typ zur Lösung unrestringierter Minimierungsprobleme. Teil 2. «-Schritt-quadratische Konvergenz für Restart-Varianten, S. 229 GDZ Göttingen
E. Dollinger: Ein linear konvergentes zyklisches jacobiähnliches Verfahren für beliebige reelle Matrizen, S. 245 GDZ Göttingen
D. M. Page: The Indicatrix Method. II, S. 255 GDZ Göttingen
I. H. Sloan: Analysis for General Quadrature Methods for Integral Equations of the Second Kind, S. 263 GDZ Göttingen
G. Wanner; P. Kaps: A Study of Rosenbrock-Type Methods of High Order, S. 279 GDZ Göttingen
A. Sidi: An Algorithm for a Special Case of a Generalization of the Richardson Extrapolation Process, S. 299 GDZ Göttingen
O. Pironneau: On the Transport-Diffusion Algorithm and Its Applications to the NavierStokes Equations, S. 309 GDZ Göttingen
J. W. Lewis: Inversion of Tridiagonal Matrices, S. 333 GDZ Göttingen
K. Murota; M. Iri: Parameter Tuning and Repeated Application of the IMT-type Transformation in Numerical Quadrature, S. 347 GDZ Göttingen
P. Le Tallec: Existence and Approximation Results for Nonlinear Mixed Problems : Application to Incompressible Finite Elasticity, S. 365 GDZ Göttingen
W. Werner: Some Supplementary Results on the l +… 2 Order Method for the Solution of Nonlinear Equations, S. 383 GDZ Göttingen
V. Arnautu: Approximation of Optimal Distributed Control Problems Governed by Variational Inequalities, S. 393 GDZ Göttingen
D. J. Evans; J. Shanehchi; C. C. Rick: A Modified Bisection Algorithm for the Determination of the Eigenvalues of a Symmetric Tridiagonal Matrix, S. 417 GDZ Göttingen
K. J. Förster: Bemerkungen zur optimalen Tschebyscheff-Typ Quadratur, S. 421 GDZ Göttingen
F. A. Potra: An Error Analysis for the Secant Method, S. 427 GDZ Göttingen
M. Bakker: A Note on C° Galerkin Methods for Two-Point Boundary Problems, S. 447 GDZ Göttingen
H. Schwetlick; G. Pönisch: Ein lokal überlinear konvergentes Verfahren zur Bestimmung von Rückkehrpunkten implizit definierter Raumkurven, S. 455 GDZ Göttingen
E. Gekeler: On the Stability of Backward Differentiation Methods, S. 467 GDZ Göttingen

39.Bd, 1984

GDZ Göttingen = DigiZeitschriften

M. Gasca; J. I. Maeztu: On Lagrange and Hermite Interpolation in Rk, S. 1 GDZ Göttingen
C. Bernardi: Approximation of Hopf Bifurcation, S. 15 GDZ Göttingen
H. Han: The Numerical Solutions of Interface Problems by Infinite Element Method, S. 39 GDZ Göttingen
M. Dryja: A Capacitance Matrix Method for Dirichlet Problem on Polygon Region, S. 51 GDZ Göttingen
M. von Golitschek: Optimal Cycles in Doubly Weighted Graphs and Approximation of Bivariate Functions by Univariate Ones, S. 65 GDZ Göttingen
A. J. Geurts: A Contribution to the Theory of Condition, S. 85 GDZ Göttingen
J. C. Nédélec: Éléments finis mixtes incompressibles pour l’équation de Stokes dans IR3 , S. 97 GDZ Göttingen
G. Alefeld: On the Convergence of the Symmetric SOR Method for Matrices with Red-Black Ordering, S. 113 GDZ Göttingen
A. Griewank; Ph. L. Toint: Partitioned Variable Metric Updates for Large Structured Optimization Problems, S. 119 GDZ Göttingen
H. van de Vel: The Haar Condition and Multiplicity of Zeros, S. 139 GDZ Göttingen
O. Nevanlinna; R. Jeltsch: Stability of Explicit Time Discretizations for Solving Initial Value Problems, S. 155 GDZ Göttingen
J. E. Shirey: Minimization of Extended Quadratic Functions, S. 157 GDZ Göttingen
G. Alefeld: Zur Konvergenz eines Verfahrens von D.J. Evans zu iterativen Verbesserung einer Näherung für die inverse Matrix, S. 163 GDZ Göttingen
H. C. Lai; P. Y. Wu: Error Bounds of Newton Type Process on Banach Spaces, S. 175 GDZ Göttingen
O. Hübner: Über die Anzahl der Lösungen der diskreten Theodorsen-Gleichung, S. 195 GDZ Göttingen
Y. Maday; A. Quarteroni; C. Canuto: Analysis of the Combined Finite Element and Fourier Interpolation, S. 205 GDZ Göttingen
Z. Jackiewicz: Adams Methods for Neutral Functional Differential Equations, S. 221 GDZ Göttingen
G. Greaves: An Algorithm for the Hausdorff Moment Problem, S. 231 GDZ Göttingen
A. Shapiro: Optimally Scaled Matrices, Necessary and Sufficient Conditions, S. 239 GDZ Göttingen
E. Hairer: Constructive Characterization of A-Stable Approximations to exp(z) and Its Connection with Algebraically Stable Runge-Kutta Methods, S. 247 GDZ Göttingen
J. N. Lyness; L. Gatteschi: On Quasi Degree Quadrature Rules, S. 259 GDZ Göttingen
E. Zehnder; D. Braess: On the Numerical Treatment of a Small Divisor Problem, S. 269 GDZ Göttingen
R. Schaback: Fehlerabschätzungen für Koeffizienten von Exponentialsummen und Polynomen, S. 293 GDZ Göttingen
M. Israeli; M. Ungarish: Improvement of Numerical Solution of Boundary Layer Problems by Incorporation of Asymptotic Approximations, S. 309 GDZ Göttingen
M. N. El Tarazi: Some Convergence Results for Asynchronous Algorithms, S. 325 GDZ Göttingen
M. M. Chawla; C. P. Katti: Finite Difference Methods and Their Convergence for a Class of Singular Two Point Boundary Value Problems, S. 341 GDZ Göttingen
R. Wong: Quadrature Formulas for Oscillatory Integral Transforms, S. 351 GDZ Göttingen
V. Hari: On the Global Convergence of the Eberlein Method for Real Matrices, S. 361 GDZ Göttingen
L. Reinhart: On the Numerical Analysis of the Von Karman Equations : Mixed Finite Element Approximation and Continuation Techniques, S. 371 GDZ Göttingen
K. Sikorski: Optimal Quadrature Algorithms in Hp Spaces, S. 405 GDZ Göttingen
G. Opfer: Solving Complex Approximation Problems by Semiinfmite – Finite Optimization Techniques : A Study on Convergence, S. 411 GDZ Göttingen
M. Kütz: Monotony in Interpolatory Quadratures, S. 421 GDZ Göttingen
A. Griewank; P. L. Toint: Local Convergence Analysis for Partitioned Quasi-Newton Updates, S. 429 GDZ Göttingen
H. N. Mülthei: Maximale Konvergenzordnung bei der numerischen Lösung von Anfangswertproblemen mit Splines, S. 449 GDZ Göttingen

40.Bd, 1985

GDZ Göttingen = DigiZeitschriften

M. Bernadou; Y. Ducatel: Approximation of General Arch Problems by Straight Beam Elements, S. 1 GDZ Göttingen
M. Levin: Optimal Quadrature Formula of Markov’s and Locher’s Type with Weight Function, S. 31 GDZ Göttingen
A. A. M. Cuyt: The e-Algorithm and Multivariate Pade-Approximants, S. 39 GDZ Göttingen
W. Rath: Fast Givens Rotations for Orthogonal Similarity Transformations, S. 47 GDZ Göttingen
R. J. Plemmons; M. Neumann; R. E. Funderlic: LU Decompositions of Generalized Diagonally Dominant Matrices, S. 57 GDZ Göttingen
H. P. Dikshit; P. Powar: Discrete Cubic Spline Interpolation, S. 71 GDZ Göttingen
B. Döhler: Ein neues Gradientenverfahren zur simultanen Berechnung der kleinsten oder größten Eigenwerte des allgemeinen Eigenwertproblems (A New Gradient Method for the Simultaneous Calculation …), S. 79 GDZ Göttingen
W. Seewald: Quotienten-Differenzen-Algorithmus: Beweis der Regeln von Rutishauser (Quotient-Difference Algorithm: Proof of Rutishauser’s Ru e), S. 93 GDZ Göttingen
F. Körner; C. Richter: Zur effektiven Lösung von booleschen, quadratischen Optimierungsproblemen (On the Efficient Treatment of the Boolean Quadratic Programming Problem), S. 99 GDZ Göttingen
K. Sikorski: Bisection is Optimal, S. 111 GDZ Göttingen
C. Lubich: Runge-Kutta Theory for Volterra Integrodifferential Equations, S. 119 GDZ Göttingen
J. D. Dixon: Exact Solution of Linear Equations Using P-Adic Expansions, S. 137 GDZ Göttingen
J. M. Sloss; J. Remar; J. C. Jr. Bruch: Axissymmetric Free Surface Seepage, S. 143 GDZ Göttingen
A. N. Saworin: Über die Effektivität einiger nichtlinearer Verfahren bei der numerischen Behandlung steifer Differentialgleichungssysteme (On Efficiency of some Nonlinear Methods for Numerical Solution of Stiff Differential E, S. 169 GDZ Göttingen
D. Fage: Approximation of Time-Dependent Free Boundaries, S. 179 GDZ Göttingen
T. Yamamoto: Error Bounds for Computed Eigenvalues and Eigenvectors. II, S. 201 GDZ Göttingen
W. Höhn: Finite Elements for Parabolic Equations Backwards in Time, S. 207 GDZ Göttingen
H. Strauß: Unicity of Best One-Sided L1-Approximations, S. 229 GDZ Göttingen
O. Nevanlinna; R. Jeltsch: Stability and Accuracy of Time Discretizations for Initial Value Problems, S. 245 GDZ Göttingen
G. W. Stewart: Computing the CS Decomposition of a Partitioned Orthonormal Matrix, S. 297 GDZ Göttingen
M. Brannigan: The Strict Chebyshev Solution of Overdetermined Systems of Linear Equations with Rank Deficient Matrix, S. 307 GDZ Göttingen
R. E. Müller: Discretization of Multiparameter Eigenvalue Problems, S. 319 GDZ Göttingen
J. R. Cash: On Improving the Absolute Stability of Local Extrapolation, S. 329 GDZ Göttingen
I. Babuska; M. Bieterman: The Finite Element Method for Parabolic Equations. I. A Posteriori Error Estimation, S. 339 GDZ Göttingen
I. Babuska; M. Bieterman: The Finite Element Method for Parabolic Equations. II. A Posteriori Error Estimation and Adaptive Approach, S. 373 GDZ Göttingen
J. Kautsky; S. Elhay: Calculation of the Weights of Interpolarory Quadratures, S. 407 GDZ Göttingen

Register Bd. 01-40, 1986

GDZ Göttingen

41.Bd, 1986

GDZ Göttingen = DigiZeitschriften

A. Hilali: Reductibilite d’un systeme differentiel lineaire (Reductibility of a Linear Differential System), S. 1 GDZ Göttingen
M. Vogelius: A Right-Inverse for the Divergence Operator in Spaces of Piecewise Polynomials. Application to the p-Version of the Finite Element Method, S. 19 GDZ Göttingen
M. Vogelius: An Analysis of the p-Version of the Finite Element Method for Nearly Incompressible Materials. Uniformly Valid, Optimal Error Estimates, S. 39 GDZ Göttingen
J. Brilla: Error Analysis for Laplace Transform – Finite Element Solution of Hyperbolic Equations, S. 55 GDZ Göttingen
N. M. Temme: The Numerical Computation of the Confluent Hypergeometric Function U(a,b,z), S. 63 GDZ Göttingen
P. P. B. Eggermont; Y. Censor; D. Gordon: Strong Underrelaxation in Kaczmarz’s Method for Inconsistent Systems, S. 83 GDZ Göttingen
R. Seydel: Branch Switching in Bifurcation Problems for Ordinary Differential Equations, S. 93 GDZ Göttingen
G. Nürnberger; M. Sommer: A Remez Type Algorithm for Spline Functions, S. 117 GDZ Göttingen
J. Kautsky; G. H. Golub: Calculation of Gauss Quadratures with Multiple Free and Fixed Knots, S. 147 GDZ Göttingen
L. F. Shampine; L. S. Baca: Smoothing the Extrapolated Midpoint Rule, S. 165 GDZ Göttingen
W. Niethammer; R. S. Varga: The Analysis of k-Step Iterative Methods for Linear Systems from Summability Theory, S. 177 GDZ Göttingen
G. Nürnberger; M. Sommer: Alternation for Best Spline Approximations, S. 207 GDZ Göttingen
H. Yserentant; K. Niederdrenk: Die gleichmäßige Stabilität singulär gestörter diskreter und kontinuierlicher Randwertprobleme (The Uniform Stability of Singularly Perturbed Discrete and Continuous Boundary Value Problems), S. 223 GDZ Göttingen
E. Wagenführer: On Calculating the Eigenvalues of the Finite Hill’s Differential Equation, S. 255 GDZ Göttingen
A. A. M. Cuyt: Accelerating the Convergence of a Table with Multiple Entry, S. 281 GDZ Göttingen
D. M. Hough; N. Papamichael: An Integral Equation Method for the Numerical Conformal Mapping of Interior, Exterior and Doubly-Connected Domains, S. 287 GDZ Göttingen
A. Ziv: A Stable Method for the Evaluation of a Polynomial and of a Rational Function of One Variable, S. 309 GDZ Göttingen
J. Sun: The Perturbation Bounds for Eigenspaces of a Definite Matrix-Pair, S. 321 GDZ Göttingen
V. Thomée; L. B. Wahlbin: Maximum-Norm Stability and Error Estimates in Galerkin Methods for Parabolic Equations in One Space Variable, S. 345 GDZ Göttingen
P. Deuflhard; G. Bader: A Semi-Implicit Mid-Point Rule for Stiff Systems of Ordinary Differential Equations, S. 373 GDZ Göttingen
P. Deuflhard: Order and Stepsize Control in Extrapolation Methods, S. 399 GDZ Göttingen

42.Bd, 1987

GDZ Göttingen = DigiZeitschriften

G. Dahlquist; H. Mingyou; R. LeVeque: On the Uniform Power-Boundedness of a Family of Matrices and the applications to One-Leg and Linear Multistep Methods, S. 1 GDZ Göttingen
A. Bellen: Monotone Methods for Periodic solutions of Second Order Scalar Functional Differential Equations, S. 15 GDZ Göttingen
B. V. Limaye; R. P. Kulkarni: On the Steps of Convergence of Approximate Eigenvectors in the Rayleigh-Schrödinger Series, S. 31 GDZ Göttingen
Ludwig Wagatha: Approximation of Pseudodifferential Operators in Absorbing Boundary Conditions for Hyperbolic Equations, S. 51 GDZ Göttingen
W. Hackbusch; H. D. Mittelmann: On Multi-Grid Methods for Variational Inequalities, S. 65 GDZ Göttingen
R. Kreß; W. T. Spassov: On the Condition Number of Boundary Integral Operators for the Exterior Dirichlet Problem for the Helmholtz Equation, S. 77 GDZ Göttingen
Jozsef, Sloboda, Fridrich Abaffy: Imperfect Conjugate Gradient Algorithms for Extended Quadratic Functions, S. 97 GDZ Göttingen
Florencio Utreras: Natural Spline Functions, Their Associated Eigenvalue Problem, S. 107 GDZ Göttingen
Harry Yserentant: Die maximale Konsistenzordnung von Differenzenapproximationen nichtnegativer Art, S. 119 GDZ Göttingen
AnnouncementAdvertisement
A. C. Allison; N. J. Young: Numerical Algorithms for the Nevanlinna-Pick Problem, S. 125 GDZ Göttingen
D. W. Decker; C. T. Kelley: Sublinear Convergence of the Chord Method at Singular Points, S. 147 GDZ Göttingen
Lala B. Krishna: Some New Results on Unsymmetric Successive Overrelaxation Method, S. 155 GDZ Göttingen
Klaus-Hermann Meyn: Solution of the Undetermined Nonlinear Equations by Stationary Iteration Methods, S. 161 GDZ Göttingen
M. D. Gunzburger; J. S. Peterson: On Conforming Finite Element Methods for the Inhomogeneous Stationary Navier-Stokes Equations, S. 173 GDZ Göttingen
L. L. Schumaker; G. Nürnberger; …: Interpolation by Generalized Splines, S. 195 GDZ Göttingen
Lois Mansfield: Analysis of Finite Element Methods for the Nonlinear Dynamic Analysis of Shells, S. 213 GDZ Göttingen
A. N. Stokes: Efficient Stable Ways to Calculate Continued Fraction Coefficients From some Series, S. 237 GDZ Göttingen
Mu Dingyi: Asymptotic Behavior of the Polynomial Factor in the Interpolation Error, S. 247 GDZ Göttingen
Anmerkungen
Annie A. M. Cuyt: The QD-Algorithm and Multivariate Padé-Approximants, S. 259 GDZ Göttingen
M. N. Spijker: Contractivity in the Numerical Solution of Initial Value Problems, S. 271 GDZ Göttingen
H. Puschmann; J. Cortés: The Coordinex Problem and Its Relation to the Conjecture of Wilkinson, S. 291 GDZ Göttingen
J. R. Cash: Split Linear Multistep Methods for the Numerical Integration of Stiff Differential Systems, S. 299 GDZ Göttingen
S. I. Hariharan; E. Stephan: A Boundary Element Method for a Two-Dimensional Interface Problem in Electromagnetics, S. 311 GDZ Göttingen
M. T. Chu: On a Numerical Treatment for the Curve-Tracing of the Homotopy Method, S. 323 GDZ Göttingen
P. R. Graves-Morris: Vector Valued Rational Interpolants I, S. 331 GDZ Göttingen
M. van Veldhuizen: On D-stability and B-stability, S. 349 GDZ Göttingen
Rolf Dieter Grigorieff: Stability of the Multistep-Methods on Variable Grids, S. 359 GDZ Göttingen
Bernhard Schmitt: Norm Bounds for Rational Matrix Functions, S. 379 GDZ Göttingen

43.Bd, 1988

GDZ Göttingen = DigiZeitschriften

D. R. Sweet: Fast Toeplitz Orthogonalization, S. 1 GDZ Göttingen
J. Della Dora; C. Di Crescenzo: Approximants de Padé-Hermite. 1ère partie: théorie, S. 23 GDZ Göttingen
J. Della Dora; C. Di Crescenzo: Approximants de Padé-Hermite. 2ème partie: programmation, S. 41 GDZ Göttingen
Alexander Eydeland: A Method of Solving Nonlinear Variational Problems by Nonlinear Transformation of the Objective Functional. Part I, S. 59 GDZ Göttingen
J. J. Modi; M. R. B. Clarke: An Alternative Givens Ordering, S. 83 GDZ Göttingen
Peter Wilhelm Meyer: Das modifizierte Newton-Verfahren in verallgemeinerten Banach-Räumen, S. 91 GDZ Göttingen
S. Kesavan: A Potential Method for the Biharmonic Equation, S. 105 GDZ Göttingen
Marino Zennaro: Maximum Principles for Linear Difference-Differential Opeartors in Periodic Function Spaces, S. 121 GDZ Göttingen
Wing Hung Wong: On Constrained Multivariate Splines and Their Approximations, S. 141 GDZ Göttingen
Herbert J. Bernstein: An Accelerated Bisection Method for the Calculation of Eigenvalues of a Symmetric Tridiagonal Matrix, S. 153 GDZ Göttingen
Giovanni Monegato: Convergence of Product Formulas for the Numerical Evaluation of Certain Two-Dimensional Cauchy Principal Value Integrals, S. 161 GDZ Göttingen
Koichi Niijima: A Uniformly Convergent Difference Scheme for a Semilinear Singular Perturbation Problem, S. 175 GDZ Göttingen
P. , Vidrascu, Marina Le Tallec: Une méthode numérique pour les problèmes d’équilibre de corps hyperélastiques compressibles en grandes déformations, S. 199 GDZ Göttingen
K. Sikorski: Optimal Solution of Nonlinear Equations Satisfying a Lipschitz Condition, S. 225 GDZ Göttingen
M Gaviano; F. Testa: A General Convergence Theorem for the Reduced Gradient Method, S. 241 GDZ Göttingen
W. Dickmeis; R. J. Nessel: A General Approach to Counterexamples in Numerical Analysis, S. 249 GDZ Göttingen
J. Elschner: Galerkin Methods with Splines for Singular Integral Equations over (0, 1), S. 265 GDZ Göttingen
Jeannette van Iseghem: Padé-Type Approximants of Exp (-z) Whose Denominators Are (1+z/n)n, S. 283 GDZ Göttingen
Verdonk, Brigitte M. Annie A. M. Cuyt: General Order Newton-Padé Approximants for Multivariate Functions, S. 293 GDZ Göttingen
Rolf Rannacher: Finite Element Solution of Diffusion Problems with Irregular Data, S. 309 GDZ Göttingen
V. N. Kublanovskaja: AB-Algorithm and Its Modifications for the Spectral Problems of Linear Pencils of Matrices, S. 329 GDZ Göttingen
Herbert Arndt: Numerical Solution of Retarded Initial Value Problems: Local and Global Error and Stepsize Control, S. 343 GDZ Göttingen
Jo A. M. Bollen: Numerical Stability of Decent Methods for Solving Linear Equations, S. 361 GDZ Göttingen
Klaus Bartke: Die Struktur der normalen rationalen Funktionen, S. 379 GDZ Göttingen
Zdzislaw Jackiewicz: Asymptotic Stability Analysis of …-Methods for Functional Differential Equations, S. 389 GDZ Göttingen
Pavol Brunovsky; Pavol Meravy: Solving Systems of Polynomial Equations by Bounded and Real Homotopy, S. 397 GDZ Göttingen
Kazuo Ishihara: Monotone Explicit Iterations of the Finite Element Approximations for the Nonlinear Boundary Value Problem, S. 419 GDZ Göttingen
Bruno Gabutti: On Two Methods for Accelerating Convergence of Series, S. 439 GDZ Göttingen
Gunter H. Meyer: Free Boundary Problems with Nonlinear Source Terms, S. 463 GDZ Göttingen

44.Bd, 1989

GDZ Göttingen = DigiZeitschriften

J. H. Wilkinson: On Neighbouring Matrices with Quadratic Elementary Divisors, S. 1 GDZ Göttingen
George Csordas; Richard S. Varga: Comparisons of Regular Splittings of Matrices, S. 23 GDZ Göttingen
Josef Stoer: The Convergence of Matrices Generated by Rank-2 Methods from the Restricted ß-Class of Broyden, S. 37 GDZ Göttingen
Walter Gautschi: Discrete Approximations to Spherically Symmetric Distributions, S. 53 GDZ Göttingen
G. W. Stewart: On the Invariance of Perturbed Null Vectors Under Column Scaling, S. 61 GDZ Göttingen
C. Zenger: Positivity in Complex Spaces and Its Application to Gershgorin Discs, S. 67 GDZ Göttingen
I. Babuska; M. Vogelius: Feedback and Adaptive Finite Element Solution of One-Dimensional Boundary Value Problems, S. 75 GDZ Göttingen
B. N. Parlett; W.-D. Wu: Eigenvector Matrices of Symmetric Tridiagonals, S. 103 GDZ Göttingen
H. Schneider; M. v. Golitschek: Applications of Shortest Path Algorithms to Matrix Scalings, S. 111 GDZ Göttingen
L. Elsner: A Note on Optimal Block-Scaling of Matrices, S. 127 GDZ Göttingen
W. , Wietschorke, H. Niethammer: On the Acceleration of Limit Periodic Continued Fractions, S. 129 GDZ Göttingen
Werner Sautter: Zur Kondition des linearen Ausgleichsproblems mit linearen Gleichungen als Nebenbedingungen, S. 139 GDZ Göttingen
M. Dryja: A Finite Element – Capacitane Method for Elliptic Problems on Regions Partitioned into Subregions, S. 153 GDZ Göttingen
G. W. Wasilkowski; H. Wozniakkowski: Can Adaption Help on the Average, S. 169 GDZ Göttingen
A. K. Aziz; M. Schneider; Houde Han: A Finite Element Method for a Boundary Value Problem of Mixed Type, S. 191 GDZ Göttingen
Y. Maday; A. Quarteroni; C. Canuto: Combined Finite Element and Spectral Approximation of the Navier-Stokes Equations, S. 201 GDZ Göttingen
R. A. Nicolaides; J. M. Boland: On the Stability of Bilinear-Constant Velocity-Pressure Finite Elements, S. 219 GDZ Göttingen
R. D. Lazarov; V. Makarov; W. Weinelt: On the Convergence of Difference Schemes for the Approximation of Solutions u…W… (m>0.5) of Elliptic Equations with Mixed Derivatives, S. 223 GDZ Göttingen
Johann Schröder: Numerical Error Bounds for Fourth Order Boundary Value Problems, Simultaneous Estimation of u(x) and u"(x), S. 233 GDZ Göttingen
J. G. Verwer: Contractivity of Locally One-Dimensional Splitting Methods, S. 247 GDZ Göttingen
G. Akrivis: Fehlerabschätzungen für Gauß-Quadraturformeln, S. 261 GDZ Göttingen
C. Palencia; J. M. Sanz-Serna: An Extension of the Lax-Richtmyer Theory, S. 279 GDZ Göttingen
Kazuo Ishihara: On Numerical Asymptotic Behavior of Finite Element Solutions for Parabolic Equations, S. 285 GDZ Göttingen
B. D. Bojanov; J.-E. Andersson: A Note on the Optimal Quadrature in Hp, S. 301 GDZ Göttingen
M. E. Brewster; R. Kannan: Nonlinear Successive Over-Relaxation, S. 309 GDZ Göttingen
William B. Gragg; William J. Harrod: The Numerically Stable Reconstruction of Jacobi Matrices from Spectral Data, S. 317 GDZ Göttingen
H. Strauss: Monotonicity of Quadrature Formulae of Gauss Type and Comparison Theorems for Monosplines, S. 337 GDZ Göttingen
Zhong-ci Shi: A Convergence Condition for the Quadrilateral Wilson Element, S. 349 GDZ Göttingen
Mouhamed Nabih El Tarazi: Algorithmes mixtes asynchrones. Etude de convergence monotone, S. 363 GDZ Göttingen
M. Vanninathan; G. D. Veerappa Gowda: Approximation of Tricomi Problem with Neumann Boundary Condition, S. 371 GDZ Göttingen
Richard Haverkamp: Eine Aussage zur L…-Stabilität und zur genauen Konvergenzordnung der H…-Projektionen, S. 393 GDZ Göttingen
M. Reimer: Best Constants Occuring with the Modulus of Continuity in the Error Estimate for Spline Interpolants of Odd Degree on Equidistant Grids, S. 407 GDZ Göttingen
M. Reimer: Error Estimates for Spline Interpolants on Equidistant Grids, S. 417 GDZ Göttingen
Eugene O’Riordan: Singularly Perturbed Finite Element Methods, S. 425 GDZ Göttingen
Rudolf Wegmann: Convergence Proofs and Error Estimates for an Iterative Method for Conformal Mapping, S. 435 GDZ Göttingen
M. Petkovic; L. Stefanovic: On the Convergence Order of Accelerated Root Iterations, S. 463 GDZ Göttingen

45.Bd, 1990

GDZ Göttingen = DigiZeitschriften

Anmerkungen
D. N. Arnold; J. , Jr. Douglas; …: A Family of Higher Order Mixed Finite Element Methods for Plane Elasticity, S. 1 GDZ Göttingen
Franco Tomarelli: Regularity Theorems and Optimal Errors Estimates for Linear Parabolic Cauchy Problems, S. 23 GDZ Göttingen
P. M. Hanson; J. E. Walsh: Asymptotic Theory of the Global Error and Some Techniques of Error Estimation, S. 51 GDZ Göttingen
Carlos Conca: Approximation de quelques problèmes de type Stokes par une méthode d’èlements finis mixtes, S. 75 GDZ Göttingen
B. Z. Kacewicz: How to Increase the Order to Get Minimal-Error Algorithms for Systems of ODE, S. 93 GDZ Göttingen
Michal Krizek; Pekka Neittaanmäki: Superconvergence Phenomenon in the Finite Element Method Arising from Averaging Gradients, S. 105 GDZ Göttingen
Jacques Rappaz: Approximation of a Nondifferentiable Nonlinear Problem Related to MHD Equilibria, S. 117 GDZ Göttingen
R. Smarzewski; A. Bujalska-Horbowicz: Quartic X-Splines, S. 135 GDZ Göttingen
Claudine Chaffy: Une construction „homogène“ d’approximants de Padé à deux variables complexes, S. 149 GDZ Göttingen
Lois Mansfield: On Finite Element Subspaces over Quadrilateral and Hexahedral Meshes for Incompressible Viscous Flow Problems, S. 165 GDZ Göttingen
J. M. Sanz-Serna: Convergence of the Lambert-McLeod Trajectory Solver and of the Celf Method, S. 173 GDZ Göttingen
A. Iserles: Solving Linear Ordinary Differential Equations by Exponentials of Iterated Commutators, S. 183 GDZ Göttingen
L. F. Shampine: Asymptotic Bounds on the Errors of One-Step Methods, S. 201 GDZ Göttingen
Andrzej Marciniak: Energy Conserving, Arbitrary Order Numerical Solutions of the N-Body Problem, S. 207 GDZ Göttingen
R. Kannan; M. B. Ray: Monotone Iterative Methods for Nonlinear Equations Involving a Noninvertible Linear Part, S. 219 GDZ Göttingen
Stephan Ruscheweyh: On a Global Descent Method for Polynomials, S. 227 GDZ Göttingen
T. J. Ypma: Convergence of Newton-Like-Iterative Methods, S. 241 GDZ Göttingen
A. Kirsch; R. Reemtsen: A Method for the Numerical Solution of the One-Dimensional Inverse Stefan Problem, S. 253 GDZ Göttingen
Kurt Jetter: Eine kurze Anmerkung zur Romberg-Integration, S. 275 GDZ Göttingen
K. Strehmel; R. Weiner: Partitioned Adaptive Runge-Kutta Methods and Their Stability, S. 283 GDZ Göttingen
A. M. , Arcangeli, R. Sanchez: Estimations des erreurs de meilleure approximation polynomiale et d’interpolation de Lagrange dans les espaces de Sobolev d’ordre non entier, S. 301 GDZ Göttingen
Werner C. Rheinboldt; James P. Fink: Solution Manifolds and Submanifolds of Parametrized Equations and Their Discretization Errors, S. 323 GDZ Göttingen
E. Hairer; C. Lubich: Asymptotic Expansions of the Global Error of Fixed-Stepsize Methods, S. 345 GDZ Göttingen
E. Spedicato; J. Abaffy; C. Broyden: A Class of Direct Methods for Linear Systems, S. 361 GDZ Göttingen
Pham Dinh Tao: Algorithmes de calcul du maximum des formes quadratiques sur la boule unité de la norme du maximum, S. 377 GDZ Göttingen
J. J. M Cuppen: On Updating Triangular Products of Householder Reflections, S. 403 GDZ Göttingen
Krzysztof C. Kiwiel: A Quadratic Approximation Method for Minimizing a Class of Quasidifferentiable Functions, S. 411 GDZ Göttingen
P. P. B. Eggermont: Stability and Robustness of Collocation Methods for Abel-Type Integral Equations, S. 431 GDZ Göttingen
Nikolaos M. Missirlis: Convergence Theory of Extrapolated Iterative Methods for a Certain Class of Non-Symmetric Linear Systems, S. 447 GDZ Göttingen

46.Bd, 1991

GDZ Göttingen = DigiZeitschriften

Uri Ascher: On Some Difference Schemes for Singular Singularly-Perturbed Boundary Value Problems, S. 1 GDZ Göttingen
M. Arioli; F. Romani: Relations Between Condition Numbers and the Convergence of the Jacobi Method for Real Positive Definite Matrices, S. 31 GDZ Göttingen
T.-Y. Li; J. Mallet-Paret; J. A. Yorke: Regularity Results for Real Analytic Homotopies, S. 43 GDZ Göttingen
Harald Niederreiter: The Serial Test for Pseudo-Random Numbers Generated by the Linear Congruential Method, S. 51 GDZ Göttingen
Günter Mayer: On the Convergence of Powers of Interval Matrices (2), S. 69 GDZ Göttingen
M. Brokate: Numerical Solution of a Hyperbolic Free Boundary Problem with a Method of Characteristics, S. 85 GDZ Göttingen
S. Kesavan; A. s. Vasudevamurthy: On Some Boundary Element Methods for the Heat Equation, S. 101 GDZ Göttingen
C. Dagnino; A. Palamara Orsi: On the Evaluation of Certain Two-Dimensional Singular Integrals with Cauchy Kernels, S. 121 GDZ Göttingen
E. Görlich; D. Pontzen: Alpha Well-Posedness, Alpha Stability, and the Matrix Theorems of H.-O. Kreiss, S. 131 GDZ Göttingen
Jan Mandel: On Multilevel Iterative Methods for Integral Equations of the Second Kind and Related Problems, S. 147 GDZ Göttingen
S. L. , McAllister, D. F. Dodd: Algorithms for Computing Shape Preserving Spline Approximations to Data, S. 159 GDZ Göttingen
P. Lesaint; M. Laydi: Sur les éléments finis rationnels de Serendip de degré quelconque, S. 175 GDZ Göttingen
Dirk Roose; Robert Piessens: Numerical Computation of Nonsimple Turning Points and Cusps, S. 189 GDZ Göttingen
Peter Volkmann; Götz Alefeld: Regular Splittings and Monotone Iteration Functions, S. 213 GDZ Göttingen
M Sahba: On the Solution of Nonlinear Inequalities in a Finite Number of Iterations, S. 229 GDZ Göttingen
Vitoriano Ruas: Quasisolenoidal Velocity-Pressure Finite Element Methods for the Three-Dimensional Stokes Problem, S. 237 GDZ Göttingen
M. Arioli; A. Laratta: Error Analysis of an Algorithm for Solving an Undetermined Linear System, S. 255 GDZ Göttingen
M. Fortin: A Three-Dimensional Quadratic Nonconforming Element, S. 269 GDZ Göttingen
Robert Schaback: Convergence Analysis of the General Gauss-Newton Algorithm, S. 281 GDZ Göttingen
Claude Brezinski: Composite Sequence Transformations, S. 311 GDZ Göttingen
James L. Howland; Rémi Vaillancourt: Attractive Cycles in the Iteration of Meromorphic Functions, S. 323 GDZ Göttingen
G. Mühlbach: Two Composition Methods for Solving Certain Systems of Linear Equations, S. 339 GDZ Göttingen
H. Schippers: Multigrid Methods for Boundary Integral Equations, S. 351 GDZ Göttingen
Friedrich Stummel: Forward Error Analysis of Gaussian Elimination. Part I: Error and Residual Estimates, S. 365 GDZ Göttingen
Friedrich Stummel: Forward Error Analysis of Gaussian Elimination. Part II: Stability Theorems, S. 397 GDZ Göttingen
M. Crouzeix; J. F. Ciavaldini: A Finite Element Merthod Scheme for one Dimensional Elliptic Equations with High Super Convergence at the Nodes, S. 417 GDZ Göttingen
Peter Knabner: Control of Stefan Problems by Means of Linear-Quadratic Defect Minimization, S. 429 GDZ Göttingen
J. J. Modi; J. D. Pryce: Efficient Implementation of Jacobi’s Diagonalization Method on the DAP, S. 443 GDZ Göttingen
K. Zietak: The Chebyshev Solution of the Linear Matrix Equation AX + YB = C, S. 455 GDZ Göttingen
Charles Van Loan: Computing the CS and the Generalized Singular Value Decompositions, S. 479 GDZ Göttingen
R. Robert; P. Witomski: Sur une équation d’èvolution intégro-différentielle singulière linéaire, S. 493 GDZ Göttingen
Kazuo Ishihara: A Finite Element Lumped Mass Scheme for Solving Eigenvalue Problems of Circular Arches, S. 499 GDZ Göttingen
C. Canuto; S. I. Hariharan; L. Lustman: Spectral Methods for Exterior Elliptic Problems, S. 505 GDZ Göttingen
Koichi Niijima: On a Difference Scheme of Exponential Type for a Nonlinear Singular Perturbation Problem, S. 521 GDZ Göttingen
Christopher Baltus; William B. Jones: Truncation Error Bounds for Limit-Periodic Continued Fractions K(an/1) With lim an = 0, S. 541 GDZ Göttingen
C. V. Pao: Monotone Iterative Methods for Finite Difference System of Reaction-Diffusion Equations, S. 571 GDZ Göttingen
I. N. Molchanov; E. F Galba: On Finite Element Methods for the Neumann Problem, S. 587 GDZ Göttingen
Alexander Eydeland: A Method of Solving Nonlinear Variational Problems by Nonlinear Transformation of the Objective Functional. Part II, S. 599 GDZ Göttingen
J. N. Lyness: The Euler Maclaurin Expansion for the Cauchy Principal Value Integral, S. 611 GDZ Göttingen
Petra Peisker: A Multilevel Algorithm for the Biharmonic Problem, S. 623 GDZ Göttingen

47.Bd, 1992

GDZ Göttingen = DigiZeitschriften

John Lund: Bessel Transforms and Rational Extrapolation, S. 1 GDZ Göttingen
U. Lamp; K.-T. Schleicher; W. Wendland: The Fast Fourier Transform and the Numerical Solution of One-Dimensional Boundary Integral Equations, S. 15 GDZ Göttingen
Marc Bourdeau; Alain Pitre: Tables of Good Lattices in Four and Five Dimensions, S. 39 GDZ Göttingen
Ph. Cortey-Dumont: On Finite Element Approximation in the L…-Norm of Variational Inequalities, S. 45 GDZ Göttingen
Peter Albrecht: Numerical Treatment of O.D.Es.: The Theory of A-Methods, S. 59 GDZ Göttingen
A. G. Werschulz; M. A. Kowalski: Is Gauss Quadrature Optimal for Analytic Functions?, S. 89 GDZ Göttingen
M. F. Hutchinson; F. R. de de Hoog: Smoothing Noisy Data with Spline Functions, S. 99 GDZ Göttingen
Fabio A. Milner: A Primal Hybrid Finite Element Method for Quasilinear Second Order Elliptic Problems, S. 107 GDZ Göttingen
Joseph W. Jerome: An Adaptive Newton Algorithm Based on Numerical Inversion: Regularization as Postconditioner, S. 123 GDZ Göttingen
Mitsuhiro T. Nakao: Error Estimates of a Galerkin Method for Some Nonlinear Sobolev Equations in one Space Dimension, S. 139 GDZ Göttingen
Z. Jackiewicz; V. L. Bakke: Stability of Reducible Quadrature Methods for Volterra Integral Equations of the Second Kind, S. 159 GDZ Göttingen
J. Roman: Calculs de complexité relatifs à une méthode de dissection emboîtée, S. 175 GDZ Göttingen
Egil Rye; Haakon Waadeland: Reflections on Value Regions, Limit Regions and Truncation Errors for Continued Fractions, S. 191 GDZ Göttingen
F. Brezzi; J. , Jr. Douglas; L. D. Marini: Two Families of Mixed Finite Elements for Second Order Elliptic Problems, S. 217 GDZ Göttingen
I. Gohberg; I. Koltracht: Numerical Solution of Integral Equations, Fast Algorithms and Krein-Sobolev Equation, S. 237 GDZ Göttingen
Introduction
1. Krein-Sobolev Differential Equation for Resolvents of Contimuous Kernels and Related Numerical Methods
2. Fast Algorithms with Applications to Displacement-Like Kernels
3. Krein-Sobolev Equation for Piecewise Continuous Kernels with Applications to Semiseparable Kernels
References
Alan L. Andrew; John W. Paine: Correction of Numerov’s Eigenvalue Estimates, S. 289 GDZ Göttingen
Marino Zennaro; Alfredo Bellen: Numerical Solution of Delay Differential Equations by Uniform Corrections to an Implicit Runge-Kutta Method, S. 301 GDZ Göttingen
Douglas N. Arnold; W. L. Wendland: The Convergence of Spline Collocation for Strongly Elliptic Equations on Curves, S. 317 GDZ Göttingen
Frank Natterer: Fourier Reconstruction in Tomography, S. 343 GDZ Göttingen
R. Guenther; R. Hudspeth; W. McDougal: Remarks on Parameter Identification. I, S. 355 GDZ Göttingen
Germund Dahlquist: On Transformations of Graded Matrices, with Applications to Stiff ODE’s, S. 363 GDZ Göttingen
Sven-Ake Gustafson: Stable Convergence Acceleration Using Laplace Transforms, S. 387 GDZ Göttingen
Helmut Brass: Eine Fehlerabschätzung für positive Quadraturformeln, S. 395 GDZ Göttingen
H. Schwetlick; Reinhard Menzel: Parametrization via Secant Length and Application to Path Following, S. 401 GDZ Göttingen
J. W. Schmidt; W. Hoyer; Ch. Haufe: Consistent Approximations in Newton-Type Decomposition Methods, S. 413 GDZ Göttingen
Michael Neumann; Valerie A. Miller: A Note on Comparison Theorems for Nonnegative Matrices, S. 427 GDZ Göttingen
M. I. Comodi: Approximation of a Bending Plate Problem With a Boundary Unilateral Constraint, S. 435 GDZ Göttingen
John C. Bruch; James M. Sloss: Alternating Iteration and Elliptic Variational Inequalities, S. 459 GDZ Göttingen
M. W. Berry; M. T. Heath; I. Kaneko; …: An Algorithm to Compute a Sparse Basis of the Null Space, S. 483 GDZ Göttingen
W. Niethammer; R. Varga; M. Eiermann: A Study of Semiiterative Methods for Nonsymmetric Systems of Linear Equations, S. 505 GDZ Göttingen
G. Akrivis; A. Burgstaller: Fehlerabschätzungen für nichtsymmetrische Gauß-Quadraturformeln, S. 535 GDZ Göttingen
Peter Rentrop: Partitioned Runge-Kutta Methods with Stiffness Detection and Stepsize Control, S. 545 GDZ Göttingen
Rolf Dieter Grigorieff: Einige Stabilitätsungleichungen für gewöhnliche Differenzengleichungen in nichtkompakter Form, S. 565 GDZ Göttingen
Lisa Jacobsen: Repeated Modifications of Limit k-Periodic continued Fractions, S. 577 GDZ Göttingen
R. Kosler: Wm,2-Fehlerabschätzungen für Galerkin-Näherungen schwach elliptischer quasilinearer Randwertprobleme 2m-ter Ordnung, S. 597 GDZ Göttingen
Florencio I. Utreras: Smoothing Noisy Data Under Monotonicity Constraints Existence, Characterization and Convergence Rates, S. 611 GDZ Göttingen
Eduardo Casas: L2 Estimates for the Finite Element Method for the Dirichlet Problem with Singular Data, S. 627 GDZ Göttingen

48.Bd, 1993

GDZ Göttingen = DigiZeitschriften

Robert D. Skeel: Thirteen Ways to Estimate Global Error, S. 1 GDZ Göttingen
G. M. Trojan: Optimal Transformations for Scalar Sequences, S. 21 GDZ Göttingen
Rolf Jeltsch; Olavi Nevanlinna: Accuracy and Stability of Multistage Multistep Formulas, S. 33 GDZ Göttingen
Urs Kirchgraber: Multi-Step Methods are Essentially One-Step Methods, S. 85 GDZ Göttingen
Tetsuro Yamamoto: Error Bounds for Newton’s Iterates Derived from the Kantorovich Theorem, S. 91 GDZ Göttingen
S. Prößdorf; A. Rathsfeld: On Spline Galerkin Methods for Singular Integral Equations with Piecewise Continuous Coefficients, S. 99 GDZ Göttingen
W. M. Häußler: A Kantorovich-type Convergence Analysis for the Gauss-Newton-Method, S. 119 GDZ Göttingen
V. L. Bakke; Z. Jackiwiecz: Stability Analysis of Product …-Methods for Abel Integral Equations of the Second Kind, S. 127 GDZ Göttingen
G. Raugel: Finite Dimensional Approximation of Bifurcation Problems in Presence of Symmetries, S. 137 GDZ Göttingen
J. N. Lyness; Bruno Gabutti: Some Generalizations of the Euler-Knopp Transformation, S. 199 GDZ Göttingen
Klaus-Günther Strack: Stability and Accuracy for Implicit Semidiscretizations of Hyperbolic Problems, S. 221 GDZ Göttingen
M. Cosnard; J.-M. Muller; Y. Robert: Parallel QR Decomposition of a Rectangular Matrix, S. 239 GDZ Göttingen
Alfred K. Louis: Incomplete Data Problems in X-Ray Computerized Tomography. I. Singular Value Decomposition of the Limited Angle Transform, S. 251 GDZ Göttingen
P. P. B Eggermont: Improving the Accuracy of Collocation Solutions of Volterra Integral Equations of the First Kind by Local Interpolation, S. 263 GDZ Göttingen
J. C. Nedelec; P. Destuynder: Approximation numérique du cisaillement transverse dans les plaques minces en flexion, S. 281 GDZ Göttingen
J. F. B. M. Kraaijevanger: Absolute Monotonicity of Polynomials Occurring in the Numerical Solution of Initial Value Problems, S. 303 GDZ Göttingen
H. Werner; H. Hilgers: Lösung von Differentialgleichungen mit Splinefunktionen. Eine Störungstheorie. Tei 1: Divergenzaussagen, S. 323 GDZ Göttingen
Youcef Saad: On the Condition Number of some Gram Matrices Arising from Least Squares Approximation in the Complex Plane, S. 337 GDZ Göttingen
A. S. Krishnakumar; Martin Morf: Eigenvalues of a Symmetric Tridiagonal Matrix: A Divide-and-Conquer Approach, S. 349 GDZ Göttingen
Walter Gautschi: On the Sensitivity of Orthogonal Polynomials to Perturbations in the Moments, S. 369 GDZ Göttingen
E. Hairer: A- and B-Stability for Runge-Kutta Methods – Characterizations and Equivalence, S. 383 GDZ Göttingen
G. Alefeld: Componentwise Inclusion and Exclusion Sets for Solutions of Quadratic Equations in Finite Dimensional Spaces, S. 391 GDZ Göttingen
F. Brezzi; M. Cornalba; A. Di Carlo: How to Get around a Simple Quadratic Fold, S. 417 GDZ Göttingen
H. Werner: Multivariate Padé Approximation, S. 429 GDZ Göttingen
H. Späth: Orthogonal Least Squares Fitting with Linear Manifolds, S. 441 GDZ Göttingen
Rolf Stenberg: On the Construction of Optimal Mixed Finite Element Methods for the Linear Elasticity Problem, S. 447 GDZ Göttingen
H. Strauß; G. Nürnberger; M. Sommer: An Algorithm for Segment Approximation, S. 463 GDZ Göttingen
Owe Axelsson; Gunhild Lindskog: On the Eigenvalue Distribution of a Class of Preconditioning Methods, S. 479 GDZ Göttingen
Owe Axelsson; Gunhild Lindskog: On the Rate of Convergence of the Preconditioned Conjugate Gradient Method, S. 499 GDZ Göttingen
Stephan Ruscheweyh; Roland Freund: On a Class of Chebyshev Approximation Problems Which Arise in Connection with a Conjugate Gradient Type Method, S. 525 GDZ Göttingen
A. van der Sluis; H. A. van der Vorst: The Rate of Convergence of Conjugate Gradients, S. 543 GDZ Göttingen
Fadi El Dabaghi; Olivier Pironneau: Stream Vectors in Three Dimensional Aerodynamics, S. 561 GDZ Göttingen
G. W. Reddien; A. Greiwank: The Approximation of Generalized Turning Points by Projection Methods with Superconvergence to the Critical Parameter, S. 591 GDZ Göttingen
J. T. Marti; M. Hegland: Numerical Computation of Least Constants for the Sobolev Inequality, S. 607 GDZ Göttingen
Wolfgang Volk: Globale Superkonvergenz bei der Lösung von linearen Randwertaufgaben, S. 617 GDZ Göttingen
David Culpin: Calculation of Cubic Smoothing Splines for Equally Spaced Data, S. 627 GDZ Göttingen
N. Papamichael; M. K. Warby: Stability and Convergence Properties of Bergmann Kernel Methods for Numerical Conformal Mapping, S. 639 GDZ Göttingen
R. S. Anderssen; A. R. Davies: Improved Estimates of Statistical Regularization Parameters in Fourier Differentiation and Smoothing, S. 671 GDZ Göttingen
W. Niethammer; M. H. Gutknecht: k-Step Iterative Methods for Solving Nonlinear Systems of Equations, S. 699 GDZ Göttingen

49.Bd, 1994

GDZ Göttingen = DigiZeitschriften

Chi Li Hu; Larry L. Schumaker: Complete Spline Smoothing, S. 1 GDZ Göttingen
R. Rannacher; H. Blum; Q. Lin: Asymptotic Error Expansion and Richardson Extrapolation for Linear Finite Elements, S. 11 GDZ Göttingen
Zbigniew Leyk: A C…-Collocation-like Method for Two-Point Boundary Value Problems, S. 39 GDZ Göttingen
M. Reimer; D. Siepmann: An Elementary Algebraic Representation of Polynomial Spline Interpolants for Equidistant Lattices and its Condition, S. 55 GDZ Göttingen
R. Jeltsch; Jennifer Dixon; S. McKee: Convergence Analysis of Discretization Methods for Nonlinear First Kind Volterra Integral Equations, S. 67 GDZ Göttingen
A. W. Bojanczyk; R. P. , de Hoog, F. de Brent: QR Factorization of Toeplitz Matrices, S. 81 GDZ Göttingen
C. Großmann; M. Krätzschmar; …: Gleichmäßig einschließende Diskretisierungsverfahren für schwach nichtlineare Randwertaufgaben, S. 95 GDZ Göttingen
Walter Gautschi; G. V. Milovanovic: Spline Approximations to Spherically Symmetric Distributions, S. 111 GDZ Göttingen
M. N. Vrahatis; K. I. Iordanidis: A Rapid Generalized Method of Bisection for Solving Systems of Non-linear Equations, S. 123 GDZ Göttingen
J. Hertling; R. Frank; H. Lehner: B-Convergence Properties of Defect Correction Methods. I, S. 139 GDZ Göttingen
J. Hertling; R. Frank; H. Lehner: B-Convergence Properties of Defect Correction Methods. II, S. 163 GDZ Göttingen
J. , Jr. Douglas; Chaitan P. Gupta: Superconvergence for a Mixed Finite Element Method for Elastic Wave Propagation in a Plane Domain, S. 189 GDZ Göttingen
Tetsuro Yamamoto: A Method for Finding Sharp Error Bounds for Newton’s Method Under the Kantorovich Assumptions, S. 203 GDZ Göttingen
Bernard Beauzamy: Jensen’s Inequality for Polynomials with Concentration at Low Degrees, S. 221 GDZ Göttingen
W. Walter; C. U. Huy; P. J. McKenna: Finite Difference Approximations to the Dirichlet Problem for Elliptic Systems, S. 227 GDZ Göttingen
Ronald H. W. Hoppe: Multi-Grid Methods for Hamiltonian-Jacobi-Bellmann Equations, S. 239 GDZ Göttingen
Reinhard Scholz: Numerical Solution of the Obstacle Problem by the Penalty Method. Part II. Time-Dependent Problem, S. 255 GDZ Göttingen
Ronald Cools; Ann Haegemans: Optimal Addition of Knots to Cubature Formulae for Planar Regions, S. 269 GDZ Göttingen
E. Jan W. ter Maten; G. L. G. Sleijpen: A Convergence Analysis of Hopscotch Methods for Fourth Order Parabolic Equations, S. 275 GDZ Göttingen
Mohammed-Najib Benbourhim: Spline Approximant in Hilbertian Subspaces of …(…), S. 291 GDZ Göttingen
Marino Zennaro: P-Stability Properties of Runge-Kutta Methods for Delay Differential Equations, S. 305 GDZ Göttingen
J. M. , Spijker, M. N. Sanz-Serna: Regions of Stability, Equivalence Theorems and the Courant-Friedrichs-Lewy Condition, S. 319 GDZ Göttingen
Jean Meinguet: On the Davis-Kahan-Weinberger Solution of the Norm-Preserving Dilation Problem, S. 331 GDZ Göttingen
John W. Barrett; Charles M. Elliott: Finite Element Approximation of the Dirichlet Problem Using the Boundary Penalty Method, S. 343 GDZ Göttingen
Alfredo N. Iusem; A. R. De Pierro: Convergence Results for an Accelerated Nonlinear Cimmino Algorithm, S. 367 GDZ Göttingen
Harry Yserentant: On the Multi-Level Splitting of Finite Element Squares, S. 379 GDZ Göttingen
J. F. B. M. Kraaijevanger; J. A. van de Griend: Absolute Monotonicity of Rational Functions Occurring in the Numerical Solution of Initial Value Problems, S. 413 GDZ Göttingen
Pinchas Bar-Yoseph; Moshe Israeli: An Asymptotic Finite Element Method for Improvement of Solutions of Boundary Layer Problems, S. 425 GDZ Göttingen
J. L. Gout; A. Guessab: Sur les formules de quadrature numérique à nombre minimal de noeuds d’intégration, S. 439 GDZ Göttingen
R. Beauwens: Erratum. Factorization Iterative Methods, M-operators and H-Operators. (Num. Math. 31, 335–357 (1979)), S. 457 GDZ Göttingen
Anmerkungen
Yiannis G. Saridakis: On the Analysis of the Unsymmetric Successive Overrelaxation Method when Applied to p-Cyclic Matrices, S. 461 GDZ Göttingen
Zi-Chai Li: A Nonconforming Combined Method for Solving Laplace’s Boundary Value Problems with Singularities, S. 475 GDZ Göttingen
Stephen Joe; Ian H. Sloan: On Bateman’s Method for Second Kind Integral Equations, S. 499 GDZ Göttingen
Guo Ben Yu; A. R. Mitchell: Analysis of a Non-Linear Difference scheme in Reaction-Diffusion, S. 511 GDZ Göttingen
Takashi Suzuki; Hiroshi Fujita: A Remark on the L… Bounds of the Ritz Operator Associated with a Finite Element Approximation, S. 529 GDZ Göttingen
H. Ortloff: Asymptotisches Verhalten und Konvergenzbeschleunigung von Iterationsfolgen, S. 545 GDZ Göttingen
A. Guessab: Cubature Formulae which are Exact on Spaces P, Intermediate Between Pk and Qk, S. 561 GDZ Göttingen
I. Babuska; W. Gui: The h, p and h-p Versions of the Finite Element Method in 1 Dimension. Part I. The Error Analysis of the p-Version, S. 577 GDZ Göttingen
I. Babuska; W. Gui: The h, p and h-p Versions of the Finite Element Method in 1 Dimension. Part II. The Error Analysis of the h- and h-p Versions, S. 613 GDZ Göttingen
I. Babuska; W. Gui: The h, p and h-p Versions of the Finite Element Method in 1 Dimension. Part III. The Adaptive h-p Version, S. 659 GDZ Göttingen
King-wah Eric Chu: Generalization of the Bauer-Fike Theorem, S. 685 GDZ Göttingen

50.Bd, 1995

GDZ Göttingen = DigiZeitschriften

Eugene O’Riordan; Martin Stynes: A Finite Element Method for a Singularly Perturbed Boundary Value Problem, S. 1 GDZ Göttingen
Günter Mayer: On a Theorem of Stein-Rosenberg Type in Interval Analysis, S. 17 GDZ Göttingen
Gustaf Söderlind: Bounds on Nonlinear Operators in Finite-dimensional Banach Spaces, S. 27 GDZ Göttingen
Robert Kosler: A priori-Schranken für diskrete Lösungen monotoner Operatorgleichungen und Anwendungen, S. 45 GDZ Göttingen
J. C. Nédélec: A New family of Mixed Finite Elements in IR3, S. 57 GDZ Göttingen
W. H. Hundsdorfer: Stability and B-Convergence of Linearly Implicit Runge-Kutta Methods, S. 83 GDZ Göttingen
M. N. Spijker: Monotonicity and Boundedness in Implicit Runge-Kutta Methods, S. 97 GDZ Göttingen
Peter Volkmann; Götz Alefeld: Zur Konvergenz des SSOR-Verfahrens für nichtlineare Gleichungssysteme, S. 111 GDZ Göttingen
Harry Yserentant: Erratum. On the Multi-Level Splitting of Finite Element Spaces.(Numer. Math. 49, 379–412 (1986)), S. 123 GDZ Göttingen
U. Banerjee; A. Lutoborski: Approximation of the Solution of a Fourth Order Boundary Value Problem with Nonsmooth Coefficient, S. 125 GDZ Göttingen
D. Blanchard; P. Le Tallec: Numerical Analysis of the Equations of Small Strains Quasistatic Elastoviscoplasticity, S. 147 GDZ Göttingen
Manabu Sakai; M. C. de López de Silanes: A Simple Rational Spline and its Application to Monotonic Interpolation to Monotonic Data, S. 171 GDZ Göttingen
E. Gekeler; R. Widman: On the Order Conditions of Runge-Kutta Methods with Higher Derivatives, S. 183 GDZ Göttingen
Alan L. Andrew; John W. Paine: Correction of Finite Element Estimates for Sturm-Liouville Eigenvalues, S. 205 GDZ Göttingen
C. Canuto; G. Sacchi Landriani: Analysis of the Kleiser-Schumann Method, S. 217 GDZ Göttingen
Erich Novak: The Average A Posteriori Error of Numerical Methods, S. 245 GDZ Göttingen
William W. Hager: A Modified Fast Fourier Transform for Polynomial Evaluation and the Jenkins-Traub Algorithm, S. 253 GDZ Göttingen
Eberhard Schock: Semi-Iterative Methods for the Approximate Solution of Ill-Posed Problems, S. 263 GDZ Göttingen
Giovanni Monegato: On the Weights of Certain Quadratures for the Numerical Evaluation of Cauchy Principal Value Integrals and Their Derivatives, S. 273 GDZ Göttingen
Tim Sauer; T. Y. Li: Regularity Results for Solving Systems of Polynomials by Homotopy Method, S. 283 GDZ Göttingen
Ulrich Langer: Zur numerischen Lösung des ersten biharmonischen Randwertproblems, S. 291 GDZ Göttingen
M. F. Hutchinson; F. R. de Hoog: An Efficient Method for Calculating Smoothing Splines Using Orthogonal Transformations, S. 311 GDZ Göttingen
J. Abaffy; M. Gaviano: Line Search by Curve Fitting in Minimization Algorithms, S. 321 GDZ Göttingen
Gunther Schmidt: Spline Collocation for Singular Integro-differential Equations over (0, 1), S. 337 GDZ Göttingen
Ludwig Kohaupt: Optimal L…-Error Estimates for Piecewise Linear Finite Elements in Irn for 1…n…3, S. 353 GDZ Göttingen
S. R. K. Iyengar; Pragya Jain: Spline Finite Difference Methods for Singular Two Point Boundary Value Problems, S. 363 GDZ Göttingen
John R. Gilbert; Robert E. Tarjan: The Analysis of a Nested Dissection Algorithm, S. 377 GDZ Göttingen
J. G. Verwer; J. M. Sanz-Serna: Convergence and Order Reduction of Runge-Kutta Schemes Applied to Evolutionary Problems in Partial Differential Equations, S. 405 GDZ Göttingen
Giampietro Allasia; Renata Besenghi: Numerical Calculation of Incomplete Gamma Functions by the Trapezoidal Rule, S. 419 GDZ Göttingen
A. Hilali; A. Wazner: Former super-irrécductibles des systèmes différentiels linéaires, S. 429 GDZ Göttingen
Miloslav Feistauer; Alexander Zenisek: Finite Element Solution of Nonlinear Elliptic Problems, S. 451 GDZ Göttingen
Tibor Fiala; Anna Krebsz: On the Convergence and Divergence of Bairstow’s Method, S. 477 GDZ Göttingen
M. J. O Reilly: A Uniform Scheme for the Singularly Perturbed Riccati Equation, S. 483 GDZ Göttingen
W. Gautschi; M. Frontini; …: Moment-Preserving Spline Approximation on Finite Intervals, S. 503 GDZ Göttingen
Eugene O’Riordan; Martin Stynes: L1 and L… Uniform Convergence of a Difference Scheme for a Semilinear Singular Perturbation Problem, S. 519 GDZ Göttingen
Luisa Donatella Marini: Estimates from above and from below for the Homogenized Coefficients, S. 533 GDZ Göttingen
W. Dickmeis: Comparison Theorems for Compound Quadrature Formulas, S. 547 GDZ Göttingen
Alfredo Fetter: L…-Error Estimate for an Approximation of a Parabolic Variational Inequality, S. 557 GDZ Göttingen
D. Braess; P. Peisker: A Conjugate Gradient Method and a Multigrid Algorithm for Morley’ s Finite Element Approximation of the Biharmonic Equation, S. 567 GDZ Göttingen
Lucia Gastaldi; Ricardo Nochetto: Optimal L…-Error Estimates for Nonconforming and Mixed Finite Element Methods of Lowest Order, S. 587 GDZ Göttingen
Nicholas J. Higham: Error Analysis of the Björck-Pereyra Algorithms for Solving Vandermonde Systems, S. 613 GDZ Göttingen
Helmut Jarausch; Wolfgang Mackens: Solving Large Nonlinear Systems of Equations by an Adaptive Condensation Process, S. 633 GDZ Göttingen
Miloslav Feistauer: On the Finite Element Approximation of a Cascade Flow Problem, S. 655 GDZ Göttingen
Rüdiger Verfürth: Mixed Finite Element Approximation of the Vector Potential, S. 685 GDZ Göttingen
Rüdiger Verfürth: Finite Element Approximation of Incompressible Navier-Stokes Equations with Slip Boundary Condition, S. 697 GDZ Göttingen
Tomás Roubicek: Optimal Control of a Stefan Problem with State-Space Constraints, S. 723 GDZ Göttingen

51.Bd, 1996

GDZ Göttingen = DigiZeitschriften

F. L. Bauer; A. S. Householder: In Memoriam: J.H. Wilkinson (1919–1986), S. 1 GDZ Göttingen
Juergen Gerlach; Ronald Guenther: Remarks on Parameter Identification. II. Convergence of the Algorithm, S. 3 GDZ Göttingen
Jochen W. Schmidt: On Tridiagonal Linear Complementary Problems, S. 11 GDZ Göttingen
John W. Barrett; Charles M. Elliott: A Practical Finite Element Approximation of a Semi-Definite Neumann Problem on a Curved Domain, S. 23 GDZ Göttingen
W. Freeden; J. Fleck: Numerical Integration by Means of Adapted Euler Summation Formulas, S. 37 GDZ Göttingen
R. H. J. Gmelig Meyling: Approximation by Cubic C1-Splines on Arbitrary Triangulations, S. 65 GDZ Göttingen
M. Masmoudi: Numerical Solution for Exterior Problems, S. 87 GDZ Göttingen
Wolf-Jürgen Beyn: On Invariant Closed Curves for One-Step Methods, S. 103 GDZ Göttingen
Michael Neumann; Stuart Nelson: Generalizations of the Projection Method with Applications to SOR Theory for Hermitian Positive Semidefinite Linear Systems, S. 123 GDZ Göttingen
R. H. Chan: Iterative Methods for Overflow Queuing Models I, S. 143 GDZ Göttingen
J. M Ball; G. Knowles: A Numerical Method for Detecting Singular Minimizers, S. 181 GDZ Göttingen
Winfried Auzinger: Defect Correction for Nonlinear Elliptic Difference Equations, S. 199 GDZ Göttingen
O. Axelsson: A Generalized Conjugate Gradient, Least Square Method, S. 209 GDZ Göttingen
Josef Schneid: B-Convergence of Lobatto IIIC Formulas, S. 229 GDZ Göttingen
F. Brezzi; J. , Jr. Douglas; R. Durán: Mixed Finite Elements for Second Order Elliptic Problems in Three Variables, S. 237 GDZ Göttingen
James Weldon Demmel: On Condition Numbers and the Distance to the Nearest Ill-posed Problem, S. 251 GDZ Göttingen
Katalin, Vicsek, Mária Balla: On the Reduction of Holt’s Problem to a Finite Interval, S. 291 GDZ Göttingen
U. Banerjee: Lower Norm Estimates for Approximate Solutions of Differential Equations with Non-Smooth Coefficients, S. 303 GDZ Göttingen
P. A. Raviart; S. Mas-Gallic: A Particle Method for First-order Symmetric Systems, S. 323 GDZ Göttingen
Volkmar Friedrich; Bernd Hofmann: A Predictor-Corrector Technique for Constrained Least-Squares Regularization, S. 353 GDZ Göttingen
Bruno Gabutti; Paolo Lepora: The Numerical Performance of Tricomi’s Formula for Inverting the Laplace Transform, S. 369 GDZ Göttingen
C. V. Pao: Numerical Solutions for some Coupled Systems of Nonlinear Boundary Value Problems, S. 381 GDZ Göttingen
Krzysztof C. Kiwiel: A Constraint Linearization Method for Nondifferentiable Convex Minimization, S. 395 GDZ Göttingen
Carmen Dietel: A Fast Iterative Method for Solving Stationary Heat Conduction Problems on Regions Partitioned into Rectangles, S. 415 GDZ Göttingen
E. Spedicato; J. Abaffy; A. Galántai: The Local Convergence of ABS Methods for Nonlinear Algebraic Equations, S. 429 GDZ Göttingen
Charles A. Micchelli; Alan Edelman: Admissible Slopes for Monotone and Convex Interpolation, S. 441 GDZ Göttingen
Laurence Halpern; Jeffrey Rauch: Error Analysis for Absorbing Boundary Conditions, S. 459 GDZ Göttingen
Josef Hekrdla: Index Transforms for N-dimensional DFT’s, S. 469 GDZ Göttingen
T. Y. Li; T. , Yorke, James A. Sauer: The Random Product Homotopy and Deficient Polynomial Systems, S. 481 GDZ Göttingen
P. Deuflhard; E. Hairer; J. Zugck: One-step and Extrapolation Methods for Differential-Algebraic Systems, S. 501 GDZ Göttingen
A. Hadjidimos: Optimum Stationary and Nonstationary Iterative Methods for the Solution of Singular Linear Systems, S. 517 GDZ Göttingen
H. Späth; G. A. Watson: On Orthogonal Linear …1 Approximation, S. 531 GDZ Göttingen
Tetsuro Yamamoto: A Convergence Theorem for Newton-Like Methods in Banach Spaces, S. 545 GDZ Göttingen
Hans-Peter Helfrich: Error Estimates for Semidiscrete Galerkin Type Approximations for Semilinear Evolution Equations with Nonsmooth Initial Data, S. 559 GDZ Göttingen
H. Fiedler: Das asymptotische Verhalten der Peanokerne einiger interpolatorischer Quadraturverfahren, S. 571 GDZ Göttingen
Paul Wild: Accelerating the Convergence of Power Series of Certain Entire Functions, S. 583 GDZ Göttingen
Zi-Cai Li: Erratum. A Nonconforming Combined Method for Solving Laplace’s Boundary Value Problems with Singularities, S. 597 GDZ Göttingen
I. H. Sloan; P. M. Anselone: Numerical Solutions of Integral Equations on the Half Line. I. The Compact Case, S. 599 GDZ Göttingen
Martin H. Gutknecht: Attenuation Factors in Multivariate Fourier Analysis, S. 615 GDZ Göttingen
S. A. Belbas; I. D. Mayergoyz: Applications of Fixed-Point Methods to Discrete Variational and Quasi-Variational Inequalities, S. 631 GDZ Göttingen
Y. Maday; Ch. Bernardi; B. Métivet: Spectral Approximation of the Periodic-Nonperiodic Navier-Stokes Equations, S. 655 GDZ Göttingen
J. P. , Thiry, S. Thiran: Strict Chebyshev Approximation for General Systems of Linear Equations, S. 701 GDZ Göttingen

52.Bd, 1997

GDZ Göttingen = DigiZeitschriften

Edward R. Vrscay; W. J. Gilbert: Extraneous Fixed Points, Basin Boundaries and Chaotic Dynamics for Schröder and König Rational Iteration Functions, S. 1 GDZ Göttingen
Gerhard Opfer; Hans Joachim Oberle: The Derivation of Cubic Splines with Obstacles by Methods of Optimization and Optimal Control, S. 17 GDZ Göttingen
Vitoriano Ruas: A Quadratic Finite Element Method for solving Biharmonic Problems in IRn, S. 33 GDZ Göttingen
Michel Roche: Rosenbrock Methods for Differential Algebraic Equations, S. 45 GDZ Göttingen
P. P. B. Eggermont: On Monotone Abel-Volterra Integral Equations on the Half Line, S. 65 GDZ Göttingen
F. K. Hebeker: On the Numerical Treatment of Viscous Flows Against Bodies with Corners and Edges by Boundary Element and Multigrid Methods, S. 81 GDZ Göttingen
B. D. Reddy; T. B. Griffin: Variational Principles and Convergence of Finite Element Approximations of a Holonomic Elastic-Plastic Problem, S. 101 GDZ Göttingen
Alkiviadis G. Akritas: A New Method for Computing Polynomial Greatest Common Divisors and Polynomial Remainder Sequences, S. 119 GDZ Göttingen
C. Lubich: Convolution Quadrature and Discretized Operational Calculus. I, S. 129 GDZ Göttingen
Miloslav Feistauer; Alexander Zenisek: Compactness Method in the Finite Element Theory of Nonlinear Elliptic Problems, S. 147 GDZ Göttingen
Claudio Verdi; Augusto Visintin: Error Estimates for a Semi-Explicit Numerical Scheme for Stefan-Type Problems, S. 165 GDZ Göttingen
M. Bernadou; Y. Ducatel; P. Trouvé: Approximation of a Circular Cylindrical Shell by Clough-Johnson Flat Plate Finite Elements, S. 187 GDZ Göttingen
G. Monegato; V. Colombo: Product Integration for the Linear Transport Equation in Slab Geometry, S. 219 GDZ Göttingen
Walter Gautschi; Gabriele Inglese: Lower Bounds for the Condition Number of Vandermonde Matrices, S. 241 GDZ Göttingen
Arnold Reusken: Convergence of the Multigrid Full Approximation Scheme for a Class of Elliptic Mildly Nonlinear Boundary Value Problems, S. 251 GDZ Göttingen
J. P. Charlier; M. Vanbegin; P. Van Dooren: On Efficient Implementations of Kogbetliantz’s Algorithm for Computing the Singular Value Decomposition, S. 279 GDZ Göttingen
R. Jeltsch; P. Kiani; K. Raczek: Counterexample to a Stability Barrier, S. 301 GDZ Göttingen
Franz Peherstorfer: On Gauss Quadrature Formulas with Equal Weights, S. 317 GDZ Göttingen
Daniele Funaro: Domain Decomposition Methods for Pseudo Spectral Approximations. Part I. Second Order Equations in one Dimension, S. 329 GDZ Göttingen
G. A. Chandler; I. G. Graham: The Convergence of Nyström Methods for Wiener-Hopf Equations, S. 345 GDZ Göttingen
P. W. Smith; J. D. Ward; W. F. Moss: Nonlinear Eigenvalue Approximation, S. 365 GDZ Göttingen
E. Hairer; C. Lubich: Extrapolation at Stiff Differential Equations, S. 377 GDZ Göttingen
Takuya Tsuchiya: Enlargement Procedure for Resolution of Singularities at Simple Singular Solutions of Nonlinear Equations, S. 401 GDZ Göttingen
C. Lubich: Convolution Quadrature and Discretized Operational Calculus. II, S. 413 GDZ Göttingen
R. E. Bank; H. Yserentant; T. F. Dupont: The Hierarchical Basis Multigrid Method, S. 427 GDZ Göttingen
C. Dagnino; A. Palamara Orsi: Product Integration of Piecewise Continuous Integrands Based on Cubic Spline Interpolation at Equally Spaced Nodes, S. 459 GDZ Göttingen
A. Guessab: Numerical Curvature Formulae with Preassigned Knots, S. 467 GDZ Göttingen
Katalin Balla; Mária Vicsek: Erratum. On the Reduction of Holt’s Problem to a Finite Interval, S. 479 GDZ Göttingen
Richard S. Varga; Gene H. Golub: Obituary to Peter Henrici (13. September 1923 – 13. March 1987), S. 481 GDZ Göttingen
R. S. Varga; G. Csordas; T. S. Norfolk: A Lower Bound for the de Bruijn-Newman Constant … , S. 483 GDZ Göttingen
E. B. Saff; S. W. Ellacott: On Clenshaws’s Method and a Generalisation to Faber Series, S. 499 GDZ Göttingen
Andreas Froomer: Comparison of Brown’s and Newton’s Method in the Monotone Case, S. 511 GDZ Göttingen
Winfried Auzinger: A Quantitative Discrete H2-Regularity Estimate for the Shortley-Weller Scheme in Convex Domains, S. 523 GDZ Göttingen
R. Rannacher; H. Blum: Extrapolation Techniques for Reducing the Pollution Effect of Reentrant Corners in the Finite Element Method, S. 539 GDZ Göttingen
Gerald Moore: Defect Correction from a Galerkin Viewpoint, S. 565 GDZ Göttingen
Tommy Elfving; Lars-Erik Andersson: An Algorithm for Computing Constrained Smoothing Spline Functions, S. 583 GDZ Göttingen
Claus Schneider: An Analysis of Ralston’s Quadrature, S. 597 GDZ Göttingen
Ludwig Kohaupt: Erratum. Optimal L …-Error Estimates for Piecewise Linear Finite Elements in …, S. 604 GDZ Göttingen
Z. Jackiewicz; A. Bellen; M. Zennaro: Stability Analysis of One-Step Methods for Neutral Delay-Differential Equations, S. 605 GDZ Göttingen
K. Strehmel; R. Weiner; J. Bruder: Partitioned Adaptive Runge-Kutta Methods for the Solution of Nonstiff and Stiff Systems, S. 621 GDZ Göttingen
W. Dahmen; T. N. T. Goodman: Compactly Supported Fundamental Functions for Spline Interpolation, S. 639 GDZ Göttingen
G. Heinig; P. Jankowski; K. Rost: Fast Inversion Algorithms of Toeplitz-plus-Hankel Matrices, S. 665 GDZ Göttingen
Giovanni Sacchi Landriani: Spectral Tau Approximation of the Two-Dimensional Stokes Problem, S. 683 GDZ Göttingen
Seymour V. Parter: Estimates for Multigrid Methods Based on Red-Black Gauss-Seidel Smoothings, S. 701 GDZ Göttingen

53.Bd, 1998

GDZ Göttingen = DigiZeitschriften

A. K. Aziz; A. B. Stephens; Manil Suri: Numerical Methods for Reaction-Diffusion Problems with Non-Differentiable Kinetics, S. 1 GDZ Göttingen
Douglas N. Arnold; Richard S. Falk: A New Mixed Formulation for Elasticity, S. 13 GDZ Göttingen
W. G. Szymczak; J. M. Solomon: Multiple Discrete Solutions of the Incompressible Steady-Stae Navier-Stokes Equations, S. 31 GDZ Göttingen
D. Vasilopoulos: On the Determination of Higher Order Terms of Singular Elastic Stress Fields Near Corners, S. 51 GDZ Göttingen
E. A. Socolovsky: On the Numerical Approximation of Finite Speed Diffusion Problems, S. 97 GDZ Göttingen
A. K. Aziz; R. B. Kellogg; …: A Two Point Boundary Value Problem with a Rapidly Oscillating Solution, S. 107 GDZ Göttingen
L. P. Franca; T. J. R. Hughes; A. F. D. Loula: A New Family of Stabel Elements for Nearly Incompressible Elasticity Based on a Mixed Petrov-Galerkin Finite Element Formulation, S. 123 GDZ Göttingen
Xingren Ying; I. Norman Katz: A Reliable Argument Principle Algorithm to Find the Number of Zeros of an Analytic Function in a Bounded Domain, S. 143 GDZ Göttingen
Werner C. Rheinboldt: On the Computation of Multi-Dimensional Solution Manifolds of Parametrized Equations, S. 165 GDZ Göttingen
Slimane Adjerid; Joseph E. Flaherty: Second-Order Finite Element Approximations and a posteriori Error Estimation for Two-Dimensional Parabolic Systems, S. 183 GDZ Göttingen
Ben Qi Guo: The h-p Version of the Finite Element Method for Elliptic Equations of Order 2m, S. 199 GDZ Göttingen
Franco Brezzi; Jim, Jr. Douglas: Stabilized Mixed Methods for the Stokes Problem, S. 225 GDZ Göttingen
Juhani Pitkäranta: Analysis of Some Low-Order Finite Element Schemes for Mindlin-Reissner and Kirchhoff Plates, S. 237 GDZ Göttingen
Gang Lou; Shih-Ping Han: A Parallel Projection Method for Solving Generalized Linear Least-Squares Problems, S. 255 GDZ Göttingen
W. Niethammer; M. Eiermann; I. Marek: On the Solution of Singular Linear Systems of Algebraic Equations by Semiiterative Methods, S. 265 GDZ Göttingen
Haakon Waadeland; Lisa Jacobsen: Convergence Acceleration of Limit Periodic Continued Fractions Under Asymptotic Side Conditions, S. 285 GDZ Göttingen
W. Wendland; K. Ruotsalainen: On the Boundary Element Method for Some Nonlinear Boundary Value Problems, S. 299 GDZ Göttingen
Chérif Amrouche; Vivette Girault: Une méthode d’approximation mixte des équations des fluides non newtoniens de troisième grade, S. 315 GDZ Göttingen
Sanzheng Qiao: Hybrid Algorithm for Fast Toeplitz Orthogonalization, S. 351 GDZ Göttingen
M:C. de Lopez de Silanes; D. Apprato: Estimations de l’erreur d’approximation sur un domaine borné de Rn par Dm-splines d’interpolation et d’ajustement discrètes, S. 367 GDZ Göttingen
J. C. Dunn: A Projected Newton Method for Minimization Problems with Nonlinear Inequality Constraints, S. 377 GDZ Göttingen
M. Reimer: Optimal Interval Refinement near Singularities, S. 411 GDZ Göttingen
Marino Zennaro: Natural Runge-Kutta and Projection Methods, S. 423 GDZ Göttingen
R. Vermiglio: Natural Continuous Extensions of Runge-Kutta Methods for Volterra Integrodifferential Equations, S. 439 GDZ Göttingen
Endre Süli: Convergence and Nonlinear Stability of the Lagrange-Galerkin Method for the Navier-Stokes Equations, S. 459 GDZ Göttingen
D. J. Evans; C. Li: Extrapolated Gauss-Seidel I and SOR Methods for Least-Squares Problems, S. 485 GDZ Göttingen
J. Saranen: The Convergence of Even Degree Spline Collocation Solution for Potential Problems in Smooth Domains of the Plane, S. 499 GDZ Göttingen
Rolf Stenberg: A Family of Mixed Finite Elements for the Elasticity Problem, S. 513 GDZ Göttingen
W. L. Wendland; De-hao Yu: Adaptive Boundary Element Methods for Strongly Elliptic Integral Equations, S. 539 GDZ Göttingen
Olavi Nevanlinna; Timo Eirola: What do Multistep Methods Approximate?, S. 559 GDZ Göttingen
Gene H. Golub; Michael L. Overton: The Convergence of Inexact Chebyshev and Richardson Iterative Methods for Solving Linear Systems, S. 571 GDZ Göttingen
A. De Matteis; S. Pagnutti: Parallelization of Random Number Generators and Long-Range Correlations, S. 595 GDZ Göttingen
Erich Novak: Stochastic Properties of Quadrature Formulas, S. 609 GDZ Göttingen
U. Kirchgraber: An ODE-Solver Based on the Method of Averaging, S. 621 GDZ Göttingen
J. W. Schmidt; W. Burmeister: On the R-Order of Coupled Sequences Arising in Single-Step Type Methods, S. 653 GDZ Göttingen
Arnold Reusken: Convergence of the Multilevel Full Approximation Scheme including the V-Cycle, S. 663 GDZ Göttingen
B. D. Reddy: Convergence of Mixed Finite Element Approximations for the Shallow Arch Problem, S. 687 GDZ Göttingen
J.-P. Hennart; J. Jaffre; J. E. Roberts: A Constructive Method for Deriving Finite Elements of Nodal Type, S. 701 GDZ Göttingen
G. Monegato; V. Colombo: Erratum to Numer. Math. 52, 219–240 (1988). Product Integration for the Linear Transport Equation in Slab Geometry, S. 739 GDZ Göttingen

54.Bd, 1999

GDZ Göttingen = DigiZeitschriften

John Todd: The Many Limits of Mixed Means. II. The Carlson Sequences, S. 1 GDZ Göttingen
Ake Björck: A Direct Method for Sparse Least Squares Problems with Lower and Upper Bounds, S. 19 GDZ Göttingen
D. S. Lubinsky: Power Series Equivalent to Rational Functions: A Shifting-Origin Kronecker Type Theorem, and Normality of Padé Tables, S. 33 GDZ Göttingen
Ian H. Sloan: A Quadrature-Based Approach to Improving the Collocation Method, S. 41 GDZ Göttingen
R. H. Chan: Iterative Methods for Overflow Queuing Models II, S. 57 GDZ Göttingen
Michael Hanke: On a Least-Squares Collocation Method for Linear Differential-Algebraic Equations, S. 79 GDZ Göttingen
Eberhard Schock: Pointwise Rational Approximation and Iterative Methods for Ill-Posed Problems, S. 91 GDZ Göttingen
Andreas Frommer: A Unified Approach to Methods for the Simultaneous Computation of All Zeros of Generalized Polynomials, S. 105 GDZ Göttingen
Ned Anderson: Minimum Relative Error Approximations for 1/t, S. 117 GDZ Göttingen
Klaus Menke: Point Systems with Extremal Properties and Conformal Mapping, S. 125 GDZ Göttingen
G. Schmidt; H. Strese: The Convergence of a Direct BEM for the Plane Mixed Boundary Value Problem of the Laplacian, S. 145 GDZ Göttingen
D. Bshouty; N. Hengartner; …: A Constructive Method for Starlike Harmonic Mappings, S. 167 GDZ Göttingen
N. S. Sapidis; P. D. Kaklis; T. A. Loukakis: A Method for Computing the Tension Parameters in Convexity-Preserving Spline-in-Tension Interpolation, S. 179 GDZ Göttingen
G. Giunta; G. Laccetti; M. R. Rizzardi: More on the Weeks Method for the Numerical Inversion of the Laplace Transform, S. 193 GDZ Göttingen
Georg Still: Computable Bounds for Eigenvalues and Eigenfunctions of Elliptic Differential Operators, S. 201 GDZ Göttingen
Bernd Fischer; Lothar Reichel: A Stable Richardson Iteration Method for Complex Linear Systems, S. 225 GDZ Göttingen
Ricardo H. Nochetto: Sharp L…-Error Estimates for Semilinear Elliptic Problems with Free Boundaries, S. 243 GDZ Göttingen
M. Calvo; T. Grande: On the Asymptotic Stability of …-Methods for Delay Differential Equations, S. 257 GDZ Göttingen
V. I. Oliker; L. D. Prussner: On the Numerical Solution of the Equation ….-(….) = f and Its Discretizations, I, S. 271 GDZ Göttingen
J. Saranen; K. Ruotsalainen: On the Convergence of the Galerkin Method for Nonsmooth Solutions of Integral Equations, S. 295 GDZ Göttingen
Walter Zulehner: On the Solutions to Polynomial Systems Obtained by Homotopy Methods, S. 303 GDZ Göttingen
Charles A. Micchelli; Nira Dyn: Piecewise Polynomial Spaces and Geometric Continuity of Curves, S. 319 GDZ Göttingen
Martin Costabel; Ernst P. Stephan: Duality Estimates for the Numerical Solution of Integral Equations, S. 339 GDZ Göttingen
R. M. M. Mattheij; U. M. Ascher: General Framework, Stability and Error Analysis for Numerical Stiff Boundary Value Methods, S. 355 GDZ Göttingen
S.-S. Chow: Finite Element Error Estimates for Non-Linear Elliptic Equations of Monotone Type, S. 373 GDZ Göttingen
Bosko S. Jovanovic: On the Convergence of Finite-Difference Schemes for Parabolic Equations with Variable Coefficients, S. 395 GDZ Göttingen
K. Ito; F. Kappel: Approximation of Infinite Delay and Volterra Type Equations, S. 405 GDZ Göttingen
G. Criscuolo; G. Mastroianni: On the Uniform Convergence of Gaussian Quadrature Rules for Cauchy Principal Value Integrals, S. 445 GDZ Göttingen
W. Hackbusch; Z. P. Nowak: On the Fast Matrix Multiplication in the Boundary Element Method by Panel Clustering, S. 463 GDZ Göttingen
D. S. Gilliam; J. R. Lund; C. F. Martin: A Discrete Sampling Inversion Scheme for the Heat Equation, S. 493 GDZ Göttingen
Michael Krätzschmar: A Decomposition-Dualization Approach for Solving Constraint Convex Minimization Problems with Applications to Discretized Obstacle Problems, S. 507 GDZ Göttingen
Manfred Dobrowolski: A Discrete Solenoidal Finite Difference Scheme for the Numerical Approximation of Incompressible Flows, S. 533 GDZ Göttingen
G. Wittum: Mulit-Grid Methods for Stokes and Navier-Stokes Equations. Transforming Smoothers: Algorithms and Numerical Results, S. 543 GDZ Göttingen
Claude Brezinski: Contraction Properties of Sequence Transformations, S. 565 GDZ Göttingen
C. M. Elliott; D. A. French; F. A Milner: A Second Order Splitting Method for the Cahn-Hilliard Equation, S. 575 GDZ Göttingen
T. J. Dekker; W. Hoffmann: Rehabilitation of the Gauss-Jordan Algorithm, S. 591 GDZ Göttingen
Ricardo H. Nochetto: Pointwise Accuracy of a Finite Element Method for Nonlinear Variational Inequalities, S. 601 GDZ Göttingen
Wilhelm Heinrichs: Konvergenzaussagen für Kollokationsverfahren bei elliptischen Randwertaufgaben, S. 619 GDZ Göttingen
Peter Zitnan: An a posteriori Error Estimation of the Rayleigh-Ritz Eigenvalues, S. 639 GDZ Göttingen
J. C. Guillot; P. Joly: Approximation by Finite Differences of the Propagation of Acoustic Waves in Stratified Media, S. 655 GDZ Göttingen
Jean-Paul Berrut: Barycentric Formulae for Cardinal (SINC-) Interpolants, S. 703 GDZ Göttingen
Harry Yserentant: Preconditioning Indefinite Discretization Matrices, S. 719 GDZ Göttingen

55.Bd, 2000

GDZ Göttingen = DigiZeitschriften

Néstor E. Aguilera: Numerical Analysis of Cavitational Flow-Theory, S. 1 GDZ Göttingen
E. Fernandez-Cara; Mercedes M. Beltran: The Convergence of two Numerical Schemes for the Navier-Stokes Equations, S. 33 GDZ Göttingen
Lori Badea: A Generalization of the Schwarz Alternating Method to an Arbitrary Number of Subdomains, S. 61 GDZ Göttingen
A. Bunse-Gerstner; R. Byers; …: A Quaternion QR Algorithm, S. 83 GDZ Göttingen
I. Babuska; Manil Suri: The Treatment of Nonhomogeneous Dirichlet Boundary Conditions by the p-Version of the Finite Element Method, S. 97 GDZ Göttingen
Christoph Börgers: The Neumann-Dirichlet Domain Decomposition Method with Inexact Solvers on the Subdomains, S. 123 GDZ Göttingen
Yosihiko Ogata: A Monte Carlo Method for High Dimensional Integration, S. 137 GDZ Göttingen
C. T. Kelley; E. W. Sachs: A Pointwise Quasi-Newton Method for Unconstrained Optimal Control Problems, S. 159 GDZ Göttingen
D. Blanchard; P. Le Tallec: Numerical Analysis of Evolution Problems in Nonlinear Small Strains Elastoviscoplasticity, S. 177 GDZ Göttingen
C. Lubich: Linearly Implicit Extrapolation Methods for Differential-Algebraic Systems, S. 197 GDZ Göttingen
H. W. J. Lenferink: Contractivity Preserving Explicit Linear Multistep Methods, S. 213 GDZ Göttingen
W. Hackbusch; A. Reusken: Analysis of a Damped Nonlinear Multilevel Method, S. 225 GDZ Göttingen
D. S. Lubinsky: On Uniform Convergence of rational, Newton-Padé Interpolants of Type (n, n) with Free Poles as n…., S. 247 GDZ Göttingen
T. Y. Li; N. H. Rhee: Homotopy Algorithm for Symmetric Eigenvalue Problems, S. 265 GDZ Göttingen
W. B. Jones; Christopher Baltus: Truncation Error Bounds for Modified Continued Fractions with Applications to Special Functions, S. 281 GDZ Göttingen
R. Verfürth: A Posteriori Error Estimators for the Stokes Equations, S. 309 GDZ Göttingen
Q. Zheng: Über die Existenz von unendlich vielen periodischen Lösungen einer einfachen Temperaturregelung, S. 327 GDZ Göttingen
Alexander Zenisek: Finite Element Variational Crimes in Parabolic-Elliptic Problems. Part I. Nonlinear Schemes, S. 343 GDZ Göttingen
Jorge J. Moré; Gerardo Toraldo: Algorithms for Bound Constrained Quadratic Programming Problems, S. 377 GDZ Göttingen
Junping Wang: Asymptotic Expansions and L…-Error Estimates for Mixed Finite Element Methods for Second Order Elliptic Problems, S. 401 GDZ Göttingen
S. Van Huffel; J. Vandewalle: Algebraic Connections Between the Least Squares and Total Least Squares Problems, S. 431 GDZ Göttingen
Reinhard Fößmeier: On Richardson Extrapolation for Finite Difference Methods on Regular Grids, S. 451 GDZ Göttingen
J. Roman; P. Charrier: Algorithmique et calculs de complexité pour un solveur de type dissections emboîtées, S. 463 GDZ Göttingen
Guido Walz: A Contour Integral Representation of Linear Extrapolation Methods, S. 477 GDZ Göttingen
S. Graf; E. Novak; A. Papageorgiou: Bisection is not Optimal on the Average, S. 481 GDZ Göttingen
Manabu Sakai; Riaz A. Usmani: A Class of Simple Exponential B-Splines and Their Application to Numerical Solution to Singular Perturbation Problems, S. 493 GDZ Göttingen
Alex Pothen: Sparse Null Basis Computations in Structural Optimization, S. 501 GDZ Göttingen
Eugene O’Riordan; Martin Stynes: Uniformly Convergent Difference Schemes for Singularly Perturbed Parabolic Diffusion-Convection Problems Without Turning Points, S. 521 GDZ Göttingen
P. Rentrop; M. Roche; G. Steinebach: The Application of Rosenbrock-Wanner Type Methods with Stepsize Control in Differential-Algebraic Equations, S. 545 GDZ Göttingen
Luis M. Floria; Robert B. Griffiths: Numerical Procedure for Solving a Minimization Eigenvalue Problem, S. 565 GDZ Göttingen
A. Quarteroni; L. D. Marini: A Relaxation Procedure for Domain Decomposition Methods Using Finite Elements, S. 575 GDZ Göttingen
P. Degond; B. Niclot: Numerical Analysis of the Weighted Particle Method Applied to the Semiconductor Boltzmann Equation, S. 599 GDZ Göttingen
Joseph W. Jerome: Newton’s Method for Gradient Equations Based upon the Fixed Point Map: Convergence and Complexity Study, S. 619 GDZ Göttingen
Mary E. Morley: A Family of Mixed Finite Elements for Linear Elasticity, S. 633 GDZ Göttingen
M. Arioli; I. S. Duff; P. P. M. de Rijk: On the Augmented System Approach to Sparse Least-Squares Problems, S. 667 GDZ Göttingen
Marcin Studniarski: An Algorithm for Calculating One Subgradient of a Convex Function of Two Variables, S. 685 GDZ Göttingen
G. H. Meyer; K.-H. Hoffmann: A Least Squares Method for Finding the Preisach Hysteresis Operator from Measurements, S. 695 GDZ Göttingen
W. J. Thron; H. Waadeland; L. Jacobsen: Some Observations on the Distribution of Values of Continued Fractions, S. 711 GDZ Göttingen
Ronald Cools; Ann Haegemans: On the Construction of Multi-Dimensional Embedded Cubature Formulae, S. 735 GDZ Göttingen
Jean-Paul Berrut: Erratum. Barycentric Formulae for Cardinal (SINC-) Interpolants, S. 747 GDZ Göttingen

56.Bd, 2001

GDZ Göttingen = DigiZeitschriften

Didier A. Girard: A Fast ' Monte-Carlo Cross-Validation’ Procedure for Large Least Squares Problems with Noisy Data, S. 1 GDZ Göttingen
Wilhelm Heinrichs: Spectral Methods with Sparse Matrices, S. 25 GDZ Göttingen
Patrick Le Tallec; Michel Ravachol: Finite Element Approximation of Viscoelastic Progressively Incompressible Flows, S. 43 GDZ Göttingen
S. G. Gal: A Construction of Monotonically Convergent Sequences from Successive Approximations in Certain Banach Spaces, S. 67 GDZ Göttingen
K. Vince Fernando: Linear Coonvergence of the Row Cyclic Jacobi and Kogbetliantz Methods, S. 73 GDZ Göttingen
P. V. Negron-Marrero; C. Carbonera: The Numerical Computation of Compressed States of Nonlinearly Elastic Anisotropic Plates, S. 93 GDZ Göttingen
Richard S. Varga; Xiezhang Li: A Note on the SSOR and USSOR Iterative Methods Applied to p-Cyclic Matrices, S. 109 GDZ Göttingen
G. Rodrigue; K. LiShan; L. Yu-Hui: Convergence and Comparison Analysis of Some Numerical Schwarz Methods, S. 123 GDZ Göttingen
Michael Eiermann: On Semiiterative Methods Generated by Faber Polynomials, S. 139 GDZ Göttingen
O. Axelsson; P. S. Vassilevski: Algebraic Multi Level Preconditioning Methods. I, S. 157 GDZ Göttingen
Martin H. Gutknecht: Stationary and Almost Stationary Iterative (k, l)-Step Methods for Linear and Nonlinear Systems of Equations, S. 179 GDZ Göttingen
Lothar Reichel: The Ordering of Tridiagonal Matrices in the Cyclic Reduction Method for Poisson’s Equation, S. 215 GDZ Göttingen
Wolfgang Hackbusch: The Frequency Decomposition Multi-Grid Method. Part I: Application to Anisotropic Equations, S. 229 GDZ Göttingen
Wilhelm Niethammer: The SOR Method on Parallel Computers, S. 247 GDZ Göttingen
Günter Mayer; Andreas Frommer: Parallel Interval Multisplittings, S. 255 GDZ Göttingen
Andreas Frommer: Parallel Nonlinear Multisplitting Methods, S. 269 GDZ Göttingen
Ludwig Elsner: Comparisons of Weak Regular Splittings and Multisplitting Methods, S. 283 GDZ Göttingen
Rudolf Wegmann: Conformal Mapping by the Method of Alternating Projections, S. 291 GDZ Göttingen
Feng Gao: A Probabilistic Theory for Error Estimation in Automatic Integration, S. 309 GDZ Göttingen
Georgi R. Grozev: Comparison Theorems for L-Monosplines of Minimal Norm, S. 331 GDZ Göttingen
M. Reimer: Cardinal Hermite-Spline-Interpolation on the Equidistant Lattice, S. 345 GDZ Göttingen
R. J. Nessel; B. Büttgenbach; …: Sharp Estimates in Terms of Moduli of Smoothness for Compound Cubature Rules, S. 359 GDZ Göttingen
Alfred K. Louis; Andreas Rieder: Incomplete Data problems in X-Ray Computerized Tomography. II. Truncated Projections and Region-of-Interest Tomography, S. 371 GDZ Göttingen
Jukka Saranen: Extrapolation Methods for Spline Collocation Solutions of Pseudodifferential Equations on Curves, S. 385 GDZ Göttingen
J.-P. Kauthen: Continuous Time Collocation Methods for Volterra-Fredholm Integral Equations, S. 409 GDZ Göttingen
Harald Berger: A Convergent Finite Elemet Formulation for Transonic Flow, S. 425 GDZ Göttingen
M:C. de Lopez de Silanes; R. Arcangéli: Estimations de l’erreur d’approximation par splines d’interpolation et d’ajustement d’ordre (m, s), S. 449 GDZ Göttingen
R. Frank; W. Auzinger: Asymptotic Error Expansions for Stiff Equations: an Analysis for the Implicit Midpoint and Trapezoidal Rules in the Strongly Stiff Case, S. 469 GDZ Göttingen
Paul Levrie: Improving a Method for Computing Non-Dominant Solutions of Cetain Second-Order Recurrence Relations of Poincaré-Type, S. 501 GDZ Göttingen
Gabriele Steidl; Manfred Tasche: Index Transforms for Multidimensional DFT’s and Convolutions, S. 513 GDZ Göttingen
A. Greenbaum; C. Li; H. Z. Chao: Comparison of Linear System Solvers Applied to Diffusion-Type Finite Element Equations, S. 529 GDZ Göttingen
Martin H. Gutknecht: Continued Fractions Associated With the Newton-Padé Table, S. 547 GDZ Göttingen
O. Knoth: A Globalization Scheme for the Generalized Gauss-Newton Method, S. 591 GDZ Göttingen
H. Grothe; J. Hermann-Eichenauer: A Remark on Long-Range Correlations in Multiplicative Congruential Pseudo Random Number Generators, S. 609 GDZ Göttingen
Shangyou Zhang: An Optimal Order Multigrid Method for Biharmonic, C1 Finite Element Equations, S. 613 GDZ Göttingen
A. Deif: A Relative Backward Perturbation Theorem for the Eigenvalue Problem, S. 625 GDZ Göttingen
K. Veselic; V. Hari: A Note on a One-sided Jacobi Algorithm, S. 627 GDZ Göttingen
A. Hadjidimos; D. J. Pierce; …: Optimality Relationships for p-Cyclic SOR, S. 635 GDZ Göttingen
R. E. Bank; B. D. Welfert; …: A Class of Iterative Methods for Solving Saddle Point Problems, S. 645 GDZ Göttingen
J. Lorenz; P. E. Kloeden: A Note on Multistep Methods and Attracting Sets of Dynamical Systems, S. 667 GDZ Göttingen
Dragoslav Herceg: Uniform Fourth Order Difference Scheme for a Singular Perturbation Problem, S. 675 GDZ Göttingen
W. H. Hundsdorfer; J. Schneid: An Algebraic Characterization of B-convergent Runge-Kutta Methods, S. 695 GDZ Göttingen
Koichi Niijima: Pointwise Error Estimates for a Streamline Diffusion Finite Element Scheme, S. 707 GDZ Göttingen
Diem Ho: Tchebyshev Acceleration Technique for Large Scale Nonsymmetric Matrices, S. 721 GDZ Göttingen
Uday Banerjee; John E. Osborn: Estimation of the Effect of Numerical Integration in Finite Element Eigenvalue Approximation, S. 735 GDZ Göttingen
S. Motta; G. Russo; H. Moock; J. Wick: Point Approximation of a Space-Homogeneous Transport Equation, S. 763 GDZ Göttingen
G. Monegato; P. Lepora: On the Numerical Resolution of the Generalized Airfoil Equation with Possio Kernel, S. 775 GDZ Göttingen
McArthur; K. M. ; K. L. Bowers; …: The Sinc Method in Multiple Space Dimensions: Model Probelms, S. 789 GDZ Göttingen
Borislav Bojanov; Daren Huang: Comparison of Optimal Quadrature Formulas, S. 817 GDZ Göttingen
Rolf Stenberg: Some New Families of Finite Elements for the Stokes Equations, S. 827 GDZ Göttingen

57.Bd, 2002

GDZ Göttingen = DigiZeitschriften

Zbigniew Leyk: Galerkin Method and Optimal Error Algorithms in Hilbert Spaces, S. 1 GDZ Göttingen
Gabriel Wittum: On the Convergence of Multi-Grid Methods with Transforming Smoothers. Theory with Applications to the Navier-Stokes Equations, S. 15 GDZ Göttingen
R. D. Grigorieff; M. Calvo; T. Grande: On the Zero Stability of the Variable Order Variable Stepsize BDF-Formulas, S. 39 GDZ Göttingen
Jürg T. Marti: Small Potential Corrections for the Discrete Eigenvalues of the Sturm-Liouville Problem, S. 51 GDZ Göttingen
R. Plato; G. Vainikko: On the Regularization of Projection Methods for Solving Ill-Posed Problems, S. 63 GDZ Göttingen
Martin Smoch: Anmerkungen zu einem Mehrgitterverfahren für lineare Komplementaritätsprobleme, S. 80 GDZ Göttingen
Michael Neumann; Martin Hanke: Preconditionings and Splittings for Rectangular Systems, S. 85 GDZ Göttingen
Catterina Dagnino: Product Integration of Singular Integrands Based on Cubic Spline Interpolation at Equally Spaced Nodes, S. 97 GDZ Göttingen
Charles K. Chui; H. Diamond: A Characterization of Multivariate Quasi-interpolation Formulas and its Applications, S. 105 GDZ Göttingen
G. Schmeisser; Qazi I. Rahman: Characterization of the Speed of Convergence of the Trapezoidal Rule, S. 123 GDZ Göttingen
A. G. Ramm; A. van der Sluis: Calculating Singular Integrals as an Ill-posed Problem, S. 139 GDZ Göttingen
Olavi Nevanlinna: Linear Acceleration of Picard-Lindelöf Iteration, S. 147 GDZ Göttingen
J. G. Verwer; W. H. Hundsdorfer; …: Convergence Properties of the Runge-Kutta-Chebyshev Method, S. 157 GDZ Göttingen
G. Choudury: Fully Discrete Galerkin Approximations of Parabolic Boundary-Value Problems with Nonsmooth Boundary Data, S. 179 GDZ Göttingen
M. Marion; R. Temam: Nonlinear Galerkin Methods: The Finite Elements Case, S. 205 GDZ Göttingen
Ziping Huang: A Multi-Grid Algorithm for Mixed Problems with Penalty, S. 227 GDZ Göttingen
J. F. B. M. Kraaijevanger; K. Dekker; …: On the Relation Between Algebraic Stability and B-Convergence for Runge-Kutta Methods, S. 249 GDZ Göttingen
Bernard Bialecki: A Sinc Quadrature Rule for Hadamard Finite-part Integrals, S. 263 GDZ Göttingen
Sotirios E. Notaris: The Error Norm of Gaussian Quadrature Formulae for Weight Functions of Bernstein-Szegö Type, S. 271 GDZ Göttingen
Roland Freund: On Conjugate Gradient Type Methods and Polynomial Preconditioners for a Class of Complex Non-Hermitian Matrices, S. 285 GDZ Göttingen
Lakshman S. Thakur: A Direct Algorithm for Optimal Quadratic Splines, S. 313 GDZ Göttingen
Jochen W. Schmidt; Isa Scholz: A Dual Algorithm for Convex-Concave Data Smoothing by Cubic C2-Splines, S. 333 GDZ Göttingen
John W. Barrett; R. M. Shanahan: Total Flux Estimates for a Finite Element Approximation of the Dirichlet Problem Using the Boundary Penalty Method, S. 351 GDZ Göttingen
Avram Sidi: On a Generalization of the Richardson Extrapolation Process, S. 365 GDZ Göttingen
T. von Petersdorff; E. P. Stephan: On the Convergence of Multi-Grid Methods for a Hypersingular Integral Equation of the First Kind, S. 379 GDZ Göttingen
Rainer Garus; Tassilo Küpper: Computation of the Smallest Positive Eigenvalue of a Quadratic ..-matrix, S. 393 GDZ Göttingen
Yiannis G. Saridakis: Domains of Divergence of the USSOR Method Applied on p-Cyclic Matrices, S. 405 GDZ Göttingen
Likang Li: Discretization of the Timoshenko Beam Probelm by the p and the h-p Versions of the Finite Element Method, S. 413 GDZ Göttingen
K. Sikorski; G. M. Trojan: Asymptotic Near Optimality of the Bisection Method, S. 421 GDZ Göttingen
Christoph Börgers: Domain Embedding Methods for the Stokes Equations, S. 435 GDZ Göttingen
C. Vuik: An L2-Error Estimate for an Approximation of the Solution of a Parabolic Variational Inequality, S. 453 GDZ Göttingen
Tibor Fiala: On the Monotonity of Incomplete Factorization, S. 473 GDZ Göttingen
P. Trouvé: Sur la convergence des méthodes d’éléments finis nonconformes pour des problèmes linéaires de coques minces, S. 481 GDZ Göttingen
Anmerkungen
G. Birkhoff; Robert E. Lynch: Some Current Questions on Solving Linear Elliptic Problems, S. 527 GDZ Göttingen
P. G. Ciarlet: A New Class of Variational Problems Arising in the Modeling of Elastic Multi-Structures, S. 547 GDZ Göttingen
Joseph W. Jerome; Th. Kerkhoven: L… Stability of Finite Element Approximations to Elliptic Gradient Equations, S. 561 GDZ Göttingen
W. Gautschi; A. Córdova; …: Vandermonde Matrices on the Circle: Spectral Properties and Conditioning, S. 577 GDZ Göttingen
W. Niethammer; M. Eiermann; …: Optimal Successive Overrelaxation Iterative Methods fo P-Cyclic Matrices, S. 593 GDZ Göttingen
Gene H:, Gutknecht, M. H. Golub: Modified Moments for Indefinite Weight Functions, S. 607 GDZ Göttingen
Douglas James; Robert J. Plemmons: An Iterative Substructuring Algorithm for Equilibrium Equations, S. 625 GDZ Göttingen
A. Jakimovski; M. R. Akhlaghi; …: Equiconvergence of Some Complex Interpolatory Polynomials, S. 635 GDZ Göttingen
Larry L. Schumaker; Peter Alfeld: On the Dimension of Bivariate Spline Spaces of Smoothness r and Degree d = 3r + 1, S. 651 GDZ Göttingen
H. Berens; M. Finzel: A Continuous Selection of the Metric Projection in Matrix Spaces, Addendum, S. 663 GDZ Göttingen
G. G. Lorentz; R. A. Lorentz: Bivariate Hermite Interpolation and Applications to Algebaric Geometry, S. 669 GDZ Göttingen
Werner C. Rheinboldt; P. J. Rabier: On a Computational Method for the Second Fundamental Tensor and its Application to Bifurcation Problems, S. 681 GDZ Göttingen
W. B. Gragg; L. Reichel: A Divide and Conquer Method for Unitary and Orthogonal Eigenproblems, S. 695 GDZ Göttingen
Lothar Reichel: Fast Solution Methods for Fredholm Integral Equations of the Second Kind, S. 719 GDZ Göttingen
John Todd: The Weierstrass Mean. I. The periods of …(z|e1, e2, e3), S. 737 GDZ Göttingen
D. Braess; C. Blömer: A Multigrid Method for a Parameter Dependent Problem in Solid Mechanics, S. 747 GDZ Göttingen
Klaus-J. Förster; Knut Petras: On a Problem Proposed by H. Braß Concerning the Remainder Term in Quadrature for Convex Functions, S. 763 GDZ Göttingen
Ivar Lie: The Stability Function for Multistep Collocation Methods, S. 779 GDZ Göttingen
W. A. Light: The Chebyshev Solution of Certain Matrix Equations, S. 789 GDZ Göttingen
S. Mas-Gallic; G. H. Cottet: A Particle Method to Solve the Navier-Stokes System, S. 805 GDZ Göttingen

58.Bd, 2003

GDZ Göttingen = DigiZeitschriften

Charles A. Micchelli; Nira Dyn: Interpolation by sums of radial functions, S. 1 GDZ Göttingen
Frédéric Bourquin: Analysis and comparison of several components mode synthesis methods on one-dimensional domains, S. 11 GDZ Göttingen
Jacques Baranger; Khalid Najib: Analyse numérique des écoulements quasi-Newtoniens dont la viscosité obéit à la loi puissance ou la loi de carreau, S. 35 GDZ Göttingen
Alexander Zenisek: The finite element method for nonlinear elliptic equations with discontinuous coefficients, S. 51 GDZ Göttingen
Jan Mandel: On block diagonal and Schur complement preconditioning, S. 79 GDZ Göttingen
A. K. Aziz; M. Schneider; R. Lemmert: A finite element method for the nonlinera Tricomi problem, S. 95 GDZ Göttingen
G. Heinig; P. Jankowski: Parallel and superfast algorithms for Hankel systems of equations, S. 109 GDZ Göttingen
R. Plato; B. Eicke; A. K. Louis: The instability of some gradient methods for ill-posed problems, S. 129 GDZ Göttingen
Pablo V. Négron Marrero: A numerical method for detecting singular minimizers of multidimensional problems in nonlinear elasticity, S. 135 GDZ Göttingen
Rainer Kress: A Nyström method for boundary integral equations in domains with corners, S. 145 GDZ Göttingen
Harry Yserentant: Two preconditioners based on the multi-level splitting of finite element spaces, S. 163 GDZ Göttingen
R. E. Bank; J. F. Bürgler; …: Some upwinding techniques for finite element approximations of convection-diffusion equations, S. 185 GDZ Göttingen
W. Dörfler: The conditioning of the stiffness matrix for certain elements approximating the incompressibility condition in fluid dynamics, S. 203 GDZ Göttingen
J. M. Sanz-Serna; T. Ortega: Nonlinear stability and convergence of finite-differnce methods for the „good“ Boussinesq equation, S. 215 GDZ Göttingen
A. Pitonyak; P. Shi; M. Shillor: On an iterative method for variational inequalities, S. 231 GDZ Göttingen
E. Hairer; J. M. Sanz-Serna; A. Iserles: Equilibria of Runge-Kutta methods, S. 243 GDZ Göttingen
A. Peyerimhoff; W. Kratz: A numerical algorithm for the Stokes problem based on an integral equation for the pressure via conformal mappings, S. 255 GDZ Göttingen
Franz Peherstorfer: Gauss-Tchebycheff quadrature formulas, S. 273 GDZ Göttingen
Ricardo Durán: Superconvergence for rectangular mixed finite elements, S. 287 GDZ Göttingen
David Stewart: A high accuracy method for solving ODEs with continuous right-hand side, S. 299 GDZ Göttingen
Ana C. Matos: Acceleration methods based on convergence tests, S. 329 GDZ Göttingen
Steve Batterson: Convergence of the shifted QR algorithm on 3 x 3 normal matrices, S. 341 GDZ Göttingen
W. Govaerts: Bordered augmented linear systems in numerical continuation and bifurcation, S. 353 GDZ Göttingen
K. H. Schild: Gaussian collocation via defect correction, S. 369 GDZ Göttingen
Ivo Marek; Daniel B. Szyld: Comparison theorems for weak splittings of bounded operators, S. 387 GDZ Göttingen
Daniele Funaro; Wilhelm Heinrichs: Some results about the pseudospectral approximation of one-dimensional fourth-order problems, S. 399 GDZ Göttingen
E. Hairer; A. Ostermann: Dense output for extrapolation methods, S. 419 GDZ Göttingen
G. Sacchi Landriani; H. Vandeven: A multidomain spectral collocation method for the Stokes problem, S. 441 GDZ Göttingen
J. Saranen; P. P. B. Eggermont: Lp estimates of boundary integral equations for some nonlinear boundary value problems, S. 465 GDZ Göttingen
Olavi Nevanlinna: Power bounded prolongations and Picard-Lindelöf iteration, S. 479 GDZ Göttingen
Jean Thomann: Resommation des series formelles. Solutions d’équations différentielles linéaires ordinaires du second ordre dans le champ complexe au voisinage de singularités irrégulières, S. 503 GDZ Göttingen
I. H. Sloan; G. A. Chandler: Spline qualocation methods for boundary integral equtions, S. 537 GDZ Göttingen
Charles K:, Diamond, Harvey Chui: A General framework for local interpolation, S. 569 GDZ Göttingen
Jesse L. Barlow: Error analysis of a pairwise summation algorithm to compute the sample variance, S. 583 GDZ Göttingen
S. Riemenschneider; Karl Scherer: Cardinal hermite interpolation with box splines II, S. 591 GDZ Göttingen
G. Dziuk: An algorithm for evolutionary surfaces, S. 603 GDZ Göttingen
D. R. Sweet: Fast block Toeplitz orthogonalization, S. 613 GDZ Göttingen
Lin Qun: Fourth order eigenvalue approximation by extrapolation on domains with reentrant corners, S. 631 GDZ Göttingen
P. G. Spain; N. J. Young; J. W. Helton: Tracking poles and representing Hankel operators directly from data, S. 641 GDZ Göttingen
H. J. J. te Riele: A new lower bound for the de Bruijn-Newman constant, S. 661 GDZ Göttingen
A. P. Morgan; A. J. Sommese; …: Computing singular solutions to nonlinear analytic systems, S. 669 GDZ Göttingen
D. J. Rose; P. J. Lanzkron; D. B. Szyld: Convergence of nested classical iterative methods for linear systems, S. 685 GDZ Göttingen
G. W. Stewart; G. Zhang: Eigenvalues of graded matrices and the condition numbers of a multiple eigenvalue, S. 703 GDZ Göttingen
Zhiqiang Cai: On the finite volume element method, S. 713 GDZ Göttingen
S. Saha; P. C. Das; N. N. Kishore: A shape-optimization technique for the capillary surface problem, S. 737 GDZ Göttingen
M. Niezgódka; Jürgen Sprekels: Convergent numerical approximations of the thermomechanical phase transitions in shape memory alloys, S. 759 GDZ Göttingen
Gautam M. Shroff: A parallel algorithm for the eigenvalues and eigenvectors of a general complex matrix, S. 779 GDZ Göttingen
A. Begumisa; Ian Robinson: Suboptimal Kronrod extension formulae for numerical quadrature, S. 807 GDZ Göttingen
Arnold Reusken: Steplength optimization and linear multigrid methods, S. 819 GDZ Göttingen
C. Lubich: On the convergence of multistep methods for nonlinear stiff differential equations, S. 839 GDZ Göttingen
R. Schneider: Stability of a spline collocation method for strongly elliptic multidimensional singular integral equations, S. 855 GDZ Göttingen
Andreas Rieder: The wavelet transform on Sobolev spaces and its approximation properties, S. 875 GDZ Göttingen

59.Bd, 2004

GDZ Göttingen = DigiZeitschriften

G. W. Stewart; G. Zhang: On a direct method for the solution of nearly uncoupled Markov chains, S. 1 GDZ Göttingen
Lutz Tobiska; Gerd Lube: A modified streamline diffusion method for solving the stationary Navier-Stokes equation, S. 13 GDZ Göttingen
G. D. Akrivis; V. A. Dougalis; …: On fully discrete Galerkin methods of second-order temporal accuracy for the nonlinear Schrödinger equation, S. 31 GDZ Göttingen
C. Führer; B. J. Leimkuhler: Numerical solution of differential-algebraic equations for constrained mechanical motion, S. 55 GDZ Göttingen
Geneviève Amiez; P.-A. Gremaud: On a numerical approach to Stefan-like problems, S. 71 GDZ Göttingen
P. Lancaster; L. Elsner; I. Koltracht: Convergence properties of ART and SOR algorithms, S. 91 GDZ Göttingen
R. Durán; M. A. Muschietti; …: On the asymptotic exactness of error estimators for linear triangular finite elements, S. 107 GDZ Göttingen
J. F. B. M. Kraaijevanger; J. Schneid: On the unique solvability of the Runge-Kutta equations, S. 129 GDZ Göttingen
Pierpaolo Omari; Igor Moret: A quasi-Newton method for solving fixed point problems in Hilbert spaces, S. 159 GDZ Göttingen
Fernando Reitich: Singular solutions of a transmission problem in plane linear elasticity for wedge-shaped regions, S. 179 GDZ Göttingen
John W. Barrett; R. M. Shanahan: Finite element approximation of a model reaction – diffusion problem with a non-Lipschitz nonlinearity, S. 217 GDZ Göttingen
G. Vanden Berghe; H. De Meyer: Accurate computation of higher Sturm-Liouville eigenvalues, S. 243 GDZ Göttingen
Min Chen; Roger Temam: Incremental unknowns for solving partial differential equations, S. 255 GDZ Göttingen
Miguel A. Hernández Verón: A note on Halley’s method, S. 273 GDZ Göttingen
Louis; A. K. ; P. Maaß: Smoothed projection methods for the moment problem, S. 277 GDZ Göttingen
Yves Nievergelt: Aitken’s and Steffensen’s accelerations in several variables, S. 295 GDZ Göttingen
Lucio Torelli: A sufficient condition for GPN-stability for delay differential equations, S. 311 GDZ Göttingen
E. F. D’Azevedo; R. B. Simpson: On optimal triangular meshes for minimizing the gradient error, S. 321 GDZ Göttingen
C. Carstensen: Inclusion of the roots of a polynomial based on Gerschgorin’s theorem, S. 349 GDZ Göttingen
D. S. Gilliam; J. R. Lund; C. F. Martin: Inverse parabolic problems and discrete orthogonality, S. 361 GDZ Göttingen
A. Radoslovescu Capatina; M. Cocu: Internal approximation of quasi-variational inequalities, S. 385 GDZ Göttingen
Y. Tourigny; E. Süli: The finite element method with nodes moving along the characteristics for convection-diffusion equations, S. 399 GDZ Göttingen
Bernard Bialecki: An alternating direction implicit method for orthogonal spline collocation linear systems, S. 413 GDZ Göttingen
R. D. Lazarov; R. E. Ewing; …: Local refinement techniques for elliptic problems on cell-centered grids. III. Algebraic multilevel BEPS preconditioners, S. 431 GDZ Göttingen
Markus Hegland: On the parallel solution of tridiagonal systems by wrap-around partitioning and incomplete LU factorization, S. 453 GDZ Göttingen
K. Kunisch; G. Peichl: Estimation of a temporally and spatially varying diffusion coefficinet in a parabolic system by an augmented Lagrangian technique, S. 473 GDZ Göttingen
Petra Peisker: A multigrid method for Reissner-Mindlin plates, S. 511 GDZ Göttingen
Guido Walz: Asymptotic expansions and acceleration of convergence for higher order iteration processes, S. 529 GDZ Göttingen
L. Elsner; Volker Mehrmann: Convergence of block iterative methods for linear systems arising in the numerical solution of Euler equations, S. 541 GDZ Göttingen
Gene H. Golub; Urs von Matt: Quadratically constrained least squares and quadratic problems, S. 561 GDZ Göttingen
Soren Jensen: On computing the pressure by the p version of the finite element method for Stokes problem, S. 581 GDZ Göttingen
Ji-guang Sun: Eigenvalues of Rayleigh quotient matrices, S. 603 GDZ Göttingen
R. Verfürth: Finite element approximation of incompressible Navier-Stokes equations with slip boundary condition II, S. 615 GDZ Göttingen
Leonhard Bittner: A numerical sampling problem and the Weyl pseudorandom numbers, S. 637 GDZ Göttingen
A. Elbert: An approximation for the zeros of Bessel functions, S. 647 GDZ Göttingen
Joseph Hersch; William Sawyer: Numerical implementation of coherence for the example of the „Swiss Cross“, S. 659 GDZ Göttingen
Ulrich Mertins: Zur Konvergenz des Rayleigh-Ritz-Verfahrens bei Eigenwertaufgaben, S. 667 GDZ Göttingen
R. Meyer-Spasche; Bengt Fornberg: Discretization errors at free boundaries of the Grad-Schlüter-Shafranov equation, S. 683 GDZ Göttingen
S. Prössdorf: On the super-approximation property of Galerkin’s method with finite elements, S. 711 GDZ Göttingen
K. Strehmel; R. Weiner; M. Büttner: Order results for Rosenbrock type methods on classes of stiff equations, S. 723 GDZ Göttingen
Michael Weba: Interpolation of random functions, S. 739 GDZ Göttingen
M. Chipot: Numerical analysis of oscillations in nonconvex problems, S. 747 GDZ Göttingen
Ricardo Durán: The inf-sup condition and error estimates for the Arnold-Falk plate bending element, S. 769 GDZ Göttingen
L. Grippo; F. Lampariello; S. Lucidi: A class of nonmonotone stabilization methods in unconstrained optimization, S. 779 GDZ Göttingen
M. N. Spijker; K. J. In’t Hout: Stability analysis of numerical methods for delay differential equations, S. 807 GDZ Göttingen
René Lamour: A well-posed shooting method for transferable DAE’s, S. 815 GDZ Göttingen
A. Quarteroni; G. Sacchi Landriani; …: Coupling of viscous and inviscid Stokes equations via a domain decomposition method for finite elements, S. 831 GDZ Göttingen

60.Bd, 2005

GDZ Göttingen = DigiZeitschriften

A. Bunse-Gerstner; R. Byers; …: Numerical computation of an analytic singular value decomposition of a matrix valued function, S. 1 GDZ Göttingen
Xiao-Chuan Cai: Additive Schwarz algorithms for parabolic convection-diffusion equations, S. 41 GDZ Göttingen
Houde Han: A boundary element method for Signorini problems in three dimensions, S. 63 GDZ Göttingen
Rolf Jeltsch; Peywand Kiani: Stability of a family of multi-time-level difference schemes for the advection equation, S. 77 GDZ Göttingen
Kurt Jetter; Joachim Stöckler: Algorithms for cardinal interpolation using box splines and radial basis functions, S. 97 GDZ Göttingen
Volker Mehrmann; Peter Kunke: Smooth factorizations of matrix valued functions and their derivatives, S. 115 GDZ Göttingen
Larry L. Schumaker; Cornelia Traas: Fitting scattered data on spherelike surfaces using tensor products of trigonometric and polynomial splines, S. 133 GDZ Göttingen
Anders Barrlund: Constrained least squares methods for linear timevarying DAE systems, S. 145 GDZ Göttingen
Rodolfo Bermejo: Analysis of an algorithm for the Galerkin-characteristic method, S. 163 GDZ Göttingen
G. Criscuolo; G. Mastroianni; …: Uniform convergence of derivatives of extended Lagrange interpolation, S. 195 GDZ Göttingen
Barry F. Smith: A domain decomposition algorithm for elliptic problems in three dimensions, S. 219 GDZ Göttingen
R. Verfürth: A posteriori error estimators for the Stokes equations II non-conforming discretizations, S. 235 GDZ Göttingen
Adam T. Zawilski: Numerical stability of the cyclic Richardson iteration, S. 251 GDZ Göttingen
John W. Barrett; Roma Chakrabarti: Finite element approximation of the volume-matching problem, S. 291 GDZ Göttingen
Roland W. Freund; N. M. Nachtigall: QMR: a quasi-minimal residual method for non-Hermitian linear systems, S. 315 GDZ Göttingen
Martin Hanke: Accelerated Landweber iterations for the solution of ill-posed equations, S. 341 GDZ Göttingen
Vjeran Hari: On sharp quadratic convergence bounds for the serial Jacobi methods, S. 375 GDZ Göttingen
Willi Jäger; Jozef Kacur: Solution of porous medium type systems by linear approximation schemes, S. 407 GDZ Göttingen
Mark Ainsworth; Alan Craig: A posteriori error estimators in the finite element method, S. 429 GDZ Göttingen
J. C. Butcher; R. P. K. Chan: On symmetrizers for Gauss methods, S. 465 GDZ Göttingen
W. Dahmen; R. A. DeVore; …: On monotone extensions of boundary data, S. 477 GDZ Göttingen
Weimin Han: Finite element analysis of a holonomic elastic-plastic problem, S. 493 GDZ Göttingen
D. Hinrichsen; A. J. Pritchard: On spectral variations under bounded real matrix perturbations, S. 509 GDZ Göttingen
T. Kerkhoven; Y. Saad: On acceleration methods for coupled nonlinear elliptic systems, S. 525 GDZ Göttingen
S. L. Lee; Roger C. E. Tan; W. S. Tang: L2-approximation by the translates of a function and related attenuation factors, S. 549 GDZ Göttingen

61.Bd, 2006

GDZ Göttingen = DigiZeitschriften

Giles Auchmuty: A posteriori error estimates for linear equations, S. 1 GDZ Göttingen
R. E. Bank; M. Benbourenane: The hierarchical basis multigrid method for convection-diffusion equations, S. 7 GDZ Göttingen
Alfredo Bemúdez; Dolores G. Pedreira: Mathematical analysis of a finite element method without spurious solutions for computation of dielectric waveguides, S. 39 GDZ Göttingen
Glenn Schober; John H. Ewing: The area of the Mandelbrot set, S. 59 GDZ Göttingen
Josef Stoer; Bingsheng He: Solution of projection problems over polytopes, S. 73 GDZ Göttingen
Monga-Made Magolu: Modified block-approximate factorization strategies, S. 91 GDZ Göttingen
T. M. Mills; S. J. Smith: The Lebesgue constant for Lagrange interpolation on equidistant nodes, S. 111 GDZ Göttingen
Zhimin Zahng: Arch beam models: finite element analysis and superconvergence, S. 117 GDZ Göttingen
Uday Banerjee: A note on the effect of numerical quadrature in finite element eigenvalue approximation, S. 145 GDZ Göttingen
X.-Ch. Cai; W. D. Gropp; D. E. Keyes: Convergence rate estimate for a domain decomposition method, S. 153 GDZ Göttingen
Gabriel N. Gatica; George C. Hsiao: On the coupled BEM and FEM for a nonlinear exterior Dirichlet problem in R2, S. 171 GDZ Göttingen
R. A. Nicolaides; Xiaohua Hu: Covolume techniques for anisotropic media, S. 215 GDZ Göttingen
Ch. G. Makridakis: On mixed finite element methods for linear elastodynamics, S. 235 GDZ Göttingen
Sylvia Novo; Jesús Rojo: Some remarks on an ODE-solver of Kirchgraber, S. 261 GDZ Göttingen
Ji-guang Sun: On condition numbers of a nondefective multiple eigenvalue, S. 265 GDZ Göttingen
Lubich. C. : Erratum: On the convergence of multistep methods for nonlinear stiff differential equations, S. 277 GDZ Göttingen
J. M. Sanz-Serna; T. Eirola: Conservation of integrals and symplectic structure in the integration of differential equations by multistep methods, S. 281 GDZ Göttingen
Bosco Garcia-Archilla: A supraconvergent scheme for the Korteweg-de Vries equation, S. 291 GDZ Göttingen
J. Thomas King: Multilevel algorithms for ill-posed problems, S. 311 GDZ Göttingen
G. Lube: Streamline diffusion finite element method for quasilinear elliptic problems, S. 335 GDZ Göttingen
E. Süli; K. W. Morton; T. Murdoch: Optimal error estimation for Petrov-Galerkin methods in two dimensions, S. 359 GDZ Göttingen
Tao Tang: Superconvergence of numerical solutions to weakly singular Volterra integro-differential equations, S. 373 GDZ Göttingen
Frank Uhlig: Are the coefficients of a polynomial well-conditioned functions of its roots?, S. 383 GDZ Göttingen
Ronald Cools; Pierre Verlinden: On cubature formulae of degree 4k + 1 attaining Möller’s lower bound for integrals with circular symmetry, S. 395 GDZ Göttingen
J. A. C. Weidemann: The eigenvalues of Hermite and rational spectral differentiation matrices, S. 409 GDZ Göttingen
Clemens W. Brand: An incomplete-factorization preconditioning using repeated red-black ordering, S. 433 GDZ Göttingen
Martin D. Buhmann; Ch. A. Micchelli: Spline prewavelets for non-uniform knots, S. 455 GDZ Göttingen
P. R. Graves-Morris: Extrapolation methods for vector sequences, S. 475 GDZ Göttingen
Lisa Lorentzen: Arithmetic operations with regular C-fractions, S. 489 GDZ Göttingen
H. J. Pesch; S. Miesbach: Symplectic phase flow approximation for the numerical integration of canonical systems, S. 501 GDZ Göttingen
Juhani Pitkäranta: The problem of membrane locking in finite element analysis of cylindrical shells, S. 523 GDZ Göttingen
S. Prössdorf; I. H. Sloan: Quadrature method for singular integral equations on closed curves, S. 543 GDZ Göttingen
R. Vermiglio: On the stability of Runge-Kutta methods for delay integral equations, S. 561 GDZ Göttingen

62.Bd, 2007

GDZ Göttingen = DigiZeitschriften

H. J. C. Barbosa; Thomas J. R. Hughes: Boundary Lagrange multipliers in finite element methods: error analysis in natural forms, S. 1 GDZ Göttingen
Sven G. Bartels; Desmond J. Higham: The structured sensitivity of Vandermonde-like systems, S. 17 GDZ Göttingen
P. P. B. Eggermont: On the quadrature error in operational quadrature methods for convolutions, S. 35 GDZ Göttingen
Jie Shen: On error estimates of some higher order projection and penalty-projection methods for Navier-Stokes equations, S. 49 GDZ Göttingen
Agnès Tourin: A comparison theorem for a piecewise Lipschitz continuous Hamiltonian and application to Shape-from-Shading problems, S. 75 GDZ Göttingen
Marc Van Barel; Adhemar Bultheel: A new formal approach to the rational interpolation problem, S. 87 GDZ Göttingen
Musheng Wie: Algebraic relations between the total least squares and least squares problems with more than one solution, S. 123 GDZ Göttingen
M. Fortin; Z. Mghazli: Analyse d’un élément mixte pour le problème de Stokes . I. Résultats générauax, S. 149 GDZ Göttingen
M. Fortin; Z. Mghazli: Analyse d’un élément mixte pour le problème de Stokes . II. Construction et estimations d’erreur, S. 161 GDZ Göttingen
P. Oswald: On a hierarchical basis multilevel method with nonconforming P1 elements, S. 189 GDZ Göttingen
N. Papamichael; N. S. Stylianopoulos: A domain decomposition method for approximating the conformal modules of long quadrilaterals, S. 213 GDZ Göttingen
Satish C. Reddy; Lloyd N. Trefethen: Stability of the method of lines, S. 235 GDZ Göttingen
Jens Lorenz; Eric F. de Van de Felde: Adaptive data distribution for concurrent continuation, S. 269 GDZ Göttingen
I. H. Sloan; G. A. Chandler: Erratum: Spline qualocation methods for boundary integral equations, S. 295 GDZ Göttingen
Ricardo Durán; Rodolfo Rodriguez: On the asymptotic exactness of Bank-Weiser’s estimator, S. 297 GDZ Göttingen
L. Elsner; M. Neumann; I. Koltracht: Convergence of sequential and asynchronous nonlinear paracontractions, S. 305 GDZ Göttingen
A. Habbal; D. Chenais: Deterioration of a finite element method for arch structures when the thickness goes to zero, S. 321 GDZ Göttingen
W. L. Wendland; C. Schwab: On numerical cubatures of singular surface integrals in boundary element methods, S. 343 GDZ Göttingen
T. Sonar: Entropy production in second-order three-point schemes, S. 371 GDZ Göttingen
Sze-Ping Wong: Preconditioning conforming finite element methods for treating Dirichlet boundary conditions. I, S. 391 GDZ Göttingen
Sze-Ping Wong: Preconditioning conforming finite element methods for treating Dirichlet boundary conditions. II, S. 413 GDZ Göttingen
Manil Suri; Ivo Babuska: Locking effects in the finite element approximation of elasticity problems, S. 439 GDZ Göttingen
Amos J. Carpenter: Asymptotics for the zeros of the generalized Bessel polynomials, S. 465 GDZ Göttingen
G. A. Chandler: Midpoint collocation for Cauchy singular integral equations, S. 483 GDZ Göttingen
Martin Costabel; William McLean: Spline collocation for strongly elliptic equations on the torus, S. 511 GDZ Göttingen
Nicholas J. Higham: Estimating the matrix p-norm, S. 539 GDZ Göttingen
Geno Nikolov: On the monotonicity of sequences of quadrature formulae, S. 557 GDZ Göttingen

63.Bd, 2008

GDZ Göttingen = DigiZeitschriften

Georgios D. Akrivis: Finite difference discretization of the Kuramoto-Sivashinsky equation, S. 1 GDZ Göttingen
J. Baranger; D. Sandri: Finite elemnt approximation of viscoelastic fluid flow: Existence of approximate solutions and error bounds, S. 13 GDZ Göttingen
C. Brezinski; M. R. Zaglia; H. Sadok: A breakdown-free Lanczos type algorithm for solving linear systems, S. 29 GDZ Göttingen
C. M. Elliott; M. I. M. Copetti: Numerical analysis of the Cahn-Hilliard equation with a logarithmic free energy, S. 39 GDZ Göttingen
P. Fischer; M. Defranceschi; …: Molecular Hartree-Fock equations for iteration-variation calculations in momentum space, S. 67 GDZ Göttingen
Klaus Hallatschek: Fouriertransformation auf dünnen Gittern mit hierarchischen Basen, S. 83 GDZ Göttingen
Marc Van Barel; Adhemar Bultheel: A parallel algorithm for discrete least squares rational approximation, S. 99 GDZ Göttingen
Jin-Chao Xu; Wei-Chang Shann: Galerkin-wavelet methods for two-point boundary value problems, S. 123 GDZ Göttingen
R. Glowinski; Y. Achdou; …: Tuning the mesh of a mixed method for the stream function. Vorticity formulation of the Navier-Stokes equations, S. 145 GDZ Göttingen
John C. Clements: A convexity-preserving C2 parametric rational cubic interpolation, S. 165 GDZ Göttingen
A. Elbert; A. Laforgia; L. G. Rodona: Asymptotics for the nth-degree Laguerre polynomial evaluated at n, S. 173 GDZ Göttingen
Richard E. Ewing; JunPing Wang: Analysis of mixed finite element methods on locally refined grids, S. 183 GDZ Göttingen
M. Jai; G. Bayada; M. Chambat: The L.P.D.E.M., a mixed finite difference method for elliptic problems, S. 195 GDZ Göttingen
Roy Mathias: Evaluating the Frechet derivative of the matrix exponential, S. 213 GDZ Göttingen
U. Mertins: Asymptotische Fehlerschranken für Rayleigh-Ritz-Approximationen selbstadjungierter Eigenwertaufgaben, S. 227 GDZ Göttingen
Peter Monk: A finite element method for approximating the time-harmonic Maxwell equations, S. 243 GDZ Göttingen
Ronald Cools; Jan Verschelde: Nonlinear reduction for solving deficient polynomial systems by continuation methods, S. 263 GDZ Göttingen
K. Wright: Differencial equations for the analytic singular value decomposition of a matrix, S. 283 GDZ Göttingen
Ulrich Langer; Dieter Bahlmann: A fast solver for the first biharmonic boundary value problem, S. 297 GDZ Göttingen
Wolfgang Dahmen; Angela Kunoth: Multilevel preconditioning, S. 315 GDZ Göttingen
Andreas Frommer; Daniel B. Szyld: H-Splittings and two-stage iterative methods, S. 345 GDZ Göttingen
Irena Lasiecka: Convergence rates for the approximations of the solutions to algebraic Riccati Equations with unbounded coefficients: case of analytic semigroups, S. 357 GDZ Göttingen
A. P. Morgan; A. J. Sommese; …: A power series method for computing singular solutions to nonlinear analytic systems, S. 391 GDZ Göttingen
Reinhard Nabben: On a class of matrices which arise in the numerical solution of Euler equations, S. 411 GDZ Göttingen
Wolfgang Hackbusch: The frequency decomposition multi-grid method. II. Convergence analysis based on the additive Schwarz method, S. 433 GDZ Göttingen
Ch:, Schneider, R. Lubich: Time discretization of parabolic boundary integral equations, S. 455 GDZ Göttingen
R. D. Lazarov; A. I. Pehlivanov; …: Superconvergence analysis of approximate boundary-flux calculations, S. 483 GDZ Göttingen
Junping Wang; P. S. Vassilevski: Multilevel iterative methods for mixed finite element discretizations of elliptic problems, S. 503 GDZ Göttingen
Xuejun Zhang: Multilevel Schwarz methods, S. 521 GDZ Göttingen

64.Bd, 2009

GDZ Göttingen = DigiZeitschriften

J. C. Archer; E. Le Gruyer: Two shape preserving Lagrange …-interpolants, S. 1 GDZ Göttingen
B. D. Reddy; K. Arunakirinathar: Mixed finite element methods for elastic rods of arbitrary geometry, S. 13 GDZ Göttingen
L. A. Baughman; N. J. Walkington: Co-volume methods for degenerate parabolic problems, S. 45 GDZ Göttingen
C. Carstensen; Martin Reinders: On a class of higher order methods for simultaneous rootfinding of generalized polynomials, S. 69 GDZ Göttingen
Q. Du; M. Gunzburger; J. Peterson: Finite element approximation of a periodic Ginzburg-Landau model for type-II superconductors, S. 85 GDZ Göttingen
Cetin Kaya Koc; Guanrong Chen: A fast algorithm for scalar Nevanlinna-Pick interpolation, S. 115 GDZ Göttingen
Andreas Lindae: On shooting methods for the discrete Helmholtz equation with constant coefficients, S. 127 GDZ Göttingen
Vjeran Hari; Zlatko Drmac: On quadratic convergence bounds for the J-symmetric Jacobi method, S. 147 GDZ Göttingen
Miloud Sadkane: A block Arnoldi-Chebyshev method for computing the leading eigenpairs of large sparse unsymmetric matrices, S. 181 GDZ Göttingen
Miloud Sadkane: Block-Arnoldi and Davidson methods for unsymmetric large eigenvalue problems, S. 195 GDZ Göttingen
Richard S. Varga; Gerhard Starke: A hybrid Arnoldi-Faber iterative method for nonsymmetric systems of linear equations, S. 213 GDZ Göttingen
K. Veselic: A Jacobi eigenreduction algorithm for definite matrix pairs, S. 241 GDZ Göttingen
Min Chen; Roger Temam: Nonlinear Galerkin method in the finite difference case and wavelet-like incremental unknowns, S. 271 GDZ Göttingen
Roland W. Freund; Hongyuan Zha: A look-ahead algorithm for the solution of general Hankel systems, S. 295 GDZ Göttingen
P. L. Lions; E. Rouy; A. Tourin: Shape-from-Shading, viscosity solutions and edges, S. 323 GDZ Göttingen
J. N. Lyness; E. de Doncker: Quadrature error expansions. II. The full corner singularity, S. 355 GDZ Göttingen
Sotirios E. Notaris: Error bounds for Gauss-Kronrod quadrature formulae of analytic functions, S. 371 GDZ Göttingen
Sotirios E. Notaris: The error norm of Gauss-Lobatto quadrature formulae for weight functions of Bernstein-Szegö type, S. 381 GDZ Göttingen
Daniel Stoffer: General linear methods: connection to one step methods and invariant curves, S. 395 GDZ Göttingen
K. Strehmel; R. Weiner; M. Arnold: Half-explicit Runge-Kutta methods for semi-explicit differential-algebraic equations of index 1, S. 409 GDZ Göttingen
John W. Barrtt; W. B. Liu: Finite element error analysis of a quasi-Newtonian flow obeying the Carreau or power law, S. 433 GDZ Göttingen
Harry Yserentant; F. Bornemann: A basic norm equivalence for the theory of multilevel methods, S. 455 GDZ Göttingen
H. Esser; R. J. Nessel; B. Büttgenbach: On the comparison of error bounds for finite difference schemes, S. 477 GDZ Göttingen
P. J. McKenna; Y. S. Choi; M. Romano: A mountain pass method for the numerical solution of semilinear wave equations, S. 487 GDZ Göttingen
T. N. L. Patterson: Modified optimal quadrature extensions, S. 511 GDZ Göttingen
P. Rentrop; C. Führer; B. Simeon: The Drazin inverse in multibody system dynamics, S. 521 GDZ Göttingen

65.Bd, 2010

GDZ Göttingen = DigiZeitschriften

S. Adjerid; J. E. Flaherty; Y. J. Wang: A posteriori error estimation with finite element methods of lines for one-dimensional parabolic systems, S. 1 GDZ Göttingen
Mark Ainsworth; J. Tinsley Oden: A unified approach to a posteriori error estimation using element residual methods, S. 23 GDZ Göttingen
Jesse L. Barlow: Perturbation results for nearly uncoupled Markov chains with applications to iterative methods, S. 51 GDZ Göttingen
Borislav Bojanov: Interpolation by periodic splines with Birkhoff knots, S. 63 GDZ Göttingen
Stephen L. Campbell: Least squares completions for nonlinear differential algebraic equations, S. 77 GDZ Göttingen
J. , Jr. Douglas; P. J. , … Paes Leme: A parallel iterative procedure applicable to the approximate solution of second order partial differential equations by mixed finite element methods, S. 95 GDZ Göttingen
Colm Art O’Cinneide: Entrywise perturbation theory and error analysis for Markov chains, S. 109 GDZ Göttingen
Knut Petras: Asymptotics for the remainder of a class of positive quadratures for integrands with an interior singularity, S. 121 GDZ Göttingen
G. W. Stewart: On the perturbation of Markov chains with nearly transient states, S. 135 GDZ Göttingen
Francois Alouges; Arnaud Debussche: On the discretization of a partial differential equation in the neighborhood of a periodic orbit, S. 143 GDZ Göttingen
Christopher C. Paige; Musheng Wei: Analysis of the generalized total least squares problem AX … B when some columns of A are free of error, S. 177 GDZ Göttingen
Michel Pierre; Jean R. Roche: Numerical simulation of tridimensional electromagnetic shaping of liquid metals, S. 203 GDZ Göttingen
J. D. Ward; N. Sivakumar: On the least squares fit by radial functions to multidimensional scattered data, S. 219 GDZ Göttingen
Yongzhong Song: Some comparison theorems for nonnegative splittings of matrices, S. 245 GDZ Göttingen
Sze-Ping Wong: Preconditioning P1 nonconforming finite elements: condition numbers and singular value distributions, S. 253 GDZ Göttingen
Olivier Edder: Anylysis of a simplified model of drop combustion, S. 273 GDZ Göttingen
J. M. Ferrándiz; M. Teresa Pérez: A family of multistep methods to integrate orbits on spheres, S. 285 GDZ Göttingen
Yvan Notay: On the convergence rate of the conjugate gradients in presence of rounding errors, S. 301 GDZ Göttingen
Giuseppe Savaré: A (…)-stable approximations of abstract Cauchy problems, S. 319 GDZ Göttingen
W. Spann: On the boundary element method for the Signorini problem of the Laplacian, S. 337 GDZ Göttingen
Ji-guang Sun: Backward perturbation analysis of certian characteristic subspaces, S. 357 GDZ Göttingen
Ann Haegemans; Pierre Verlinden: An error expansion for cubature with an integrand with homogeneous boundary singularities, S. 383 GDZ Göttingen
Laurent Jay: Collocation methods for differential-algebraic equations of index 3, S. 407 GDZ Göttingen
S. Joe; Y. Yan: A piecewise constant collocation method using cosine mesh grading for Symm’s equation, S. 423 GDZ Göttingen
Dieter Kuhn: About existence and uniqueness of the restricted total least squares estimation, S. 435 GDZ Göttingen
Tarek P. Mathew: Schwarz alternating and iterative refinemnt methods for mixed formulations of elliptic problems, part I: algorithms and numerical results, S. 445 GDZ Göttingen
Tarek P. Mathew: Schwarz alternating and iterative refinemnt methods for mixed formulations of elliptic problems, part II: convergence theory, S. 469 GDZ Göttingen
Richard S. Varga; Reinhard Nabben: An algorithm for determining if the inverse of a strictly diagonally dominant Stieltjes matrix is strictly ultrametric, S. 493 GDZ Göttingen
Mitsuhiro T. Nakao; N. Yamamoto: Numerical verifications of solutions for elliptic equations in nonconvex polygonal domains, S. 503 GDZ Göttingen
L.-Q. Zhang; G.-Q. Han: Optimal homotopy methods for solving nonlinear systems. Part 1. Nonsingular homotopy paths, S. 523 GDZ Göttingen

66.Bd, 2011

GDZ Göttingen = DigiZeitschriften

V. Caselles; F. Catté; T. Coll; …: A geometric model for activ contours in image processing, S. 1 GDZ Göttingen
F. Locher: A stability test for real polynomials, S. 33 GDZ Göttingen
Mark A. Lukas: Asymptotic optimality of generalized cross-validation for choosing the regularization parameter, S. 41 GDZ Göttingen
A. Rathsfeld: On quadrature methods for the double layer potential equation over the boundary of a polyhedron, S. 67 GDZ Göttingen
Vjeran Hari; Noah H. Rhee: On the global and cubic convergence of a quasi-cyclic Jacobi method, S. 97 GDZ Göttingen
J. M. de Villiers: A nodal spline interpolant for the Gregory rule of even order, S. 123 GDZ Göttingen
S. Champier; T. Gallouet; R. Herbin: Convergence of an upstream finite volume scheme for a nonlinear hyperbolic equation on a triangular mesh, S. 139 GDZ Göttingen
Thomas M. Fischer: A spectral Galerkin approximation of the Orr-Sommerfeld eigenvalue problem in a semi-finite domain, S. 159 GDZ Göttingen
Frédéric d’Hennezel: Domain decomposition method and elastic multi-structures: the stiffened plate problem, S. 181 GDZ Göttingen
Ian H. Sloan; Rainer Kress: On the numerical solution of a logarithmic integral equation of the first kind for the Helmholtz equation, S. 199 GDZ Göttingen
N. Levenberg; L. Reichel: A generalized ADI iterative method, S. 215 GDZ Göttingen
M. Z. Nashed; X. Chen: Convergence of Newton-like methods for singular operator equations using outer inverses, S. 235 GDZ Göttingen
O. Scherzer: Convergence rates of iterated Tikhonov regularized solutions of nonlinear Ill-posed problems, S. 259 GDZ Göttingen
Rémi Arcangeli; Bernard Ycart: Almost sure convergence of smoothing Dm-splines for noisy data, S. 281 GDZ Göttingen
Randolph E. Bank; Tony F. Chan: An analysis of the composite step biconjugate gradient method, S. 295 GDZ Göttingen
Klaus-Jürgen Förster: Exit criteria and monotonicity in compound quadrature of Gaussian type, S. 321 GDZ Göttingen
Ben-yu Guo; Jian Li: Fourier-Chebyshev pseudospectral method for two-dimensional vorticity equation, S. 329 GDZ Göttingen
Martin Stynes; Wen Guo: Finite element analyis of exponentially fitted Lumped schemes for time-dependent convection-diffusion problems, S. 347 GDZ Göttingen
Rob Stevenson: Robustness of multi-grid applied to anisotropic equations on convex domains with re-entrant corners, S. 373 GDZ Göttingen
Liqing Zhang: Two-sided approximation to periodic solutions of ordinary differential equations, S. 399 GDZ Göttingen
P. Amodio; F. Mazzia: Boundary value methods for the solution of differential-algebraic equations, S. 411 GDZ Göttingen
U. Göhner; G. Warnecke: A shock indicator for adaptive transonic flow computations, S. 423 GDZ Göttingen
P. Oswald; M. Griebel: On additive scharz preconditioners for sparse grid discretizations, S. 449 GDZ Göttingen
Robert McLachlan: Symplectic integration of Hamiltonian wave equations, S. 465 GDZ Göttingen
Luca F. Pavarino: Additive Schwarz methods for the p-version finite element method, S. 493 GDZ Göttingen
Charles W. Wampler: An efficient start system for multi-homogeneous polynomial continuation, S. 517 GDZ Göttingen
Hermann Weber: A multigrid method for a Petrov-Galerkin discretization of the Stokes equations, S. 525 GDZ Göttingen