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SIGNUM Meeting on Software for Partial Differential Equations 1975: Moffitt Field, CA, USA
- C. William Gear, F. Dorr, Charles L. Lawson:
Proceedings of the SIGNUM Meeting on Software for Partial Differential Equations, Moffitt Field, California, USA, December 8-9, 1975. ACM 1975, ISBN 978-1-4503-7793-5 - Larry D. Bertholf:
Numerical methods for nonlinear stress wave propagation. 4 - Niel K. Madsen:
The method of lines for the numerical solution of partial differential equations. 5-7 - Hans M. Ruppel:
Recent developments in numerical techniques for treating material interfaces. 8-10 - L. L. Edwards, R. B. Hickman, J. K. Hobson, T. C. Michels:
CHAMP code calculations of surface and subsurface explosions. 11-12 - Charles E. Needham, Richard E. Durrett, Daniel A. Matuska:
AFWL hydrocode development parallel techniques fluid dynamics. 13-14 - Daniel A. Matuska, Charles E. Needham, Richard E. Durrett:
The AFWL HULL code codes for large problems fluid dynamics. 15-17 - Lawrence F. Shampine, Robert J. Thompson:
An efficient method for the numerical solution of one-phase Stefan problems. 18-19 - Björn Engquist, Tom Smedsaas:
DCG - a system for automatic code generation for hyperbolic problems. 20-22 - W. E. Johnson:
The splitting concept applied to the OIL family of codes. 23 - Harvey S. Price:
Application of finite element methods to solving immiscible displacement problems with sharp fronts. 24 - H. Lomax, K. Stevens:
Software for computers with parallel or pipeline architecture. 25 - Stanley C. Eisenstat, Andrew H. Sherman:
Efficient implementation of sparse nonsymmetric Gaussian elimination without pivoting. 26-29 - Paul N. Swarztrauber, Roland A. Sweet:
Efficient FORTRAN subprograms for the solution of elliptic partial differential equations. 30 - Rondall E. Jones:
The QMESH mesh generation package. 31-34 - James C. Cavendish, James A. Wixom:
Finite element mesh generation for planar and shell type structures. 35-37 - Arne Sundström, Lars Westerling:
ENEP - an interactive program for solving one-dimensional continuum mechanical problems using a graphic terminal. 38-39 - S. J. Polak, N. V. Philips:
TEDDY2, a program package for 2D parabolic composite region problems. 40-42
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