Computing methods in applied sciences and engineering
Author(s)
Bibliographic Information
Computing methods in applied sciences and engineering
Society for Industrial and Applied Mathematics, c1990
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"Proceedings of the Ninth International Conference on Computing Methods in Applied Sciences and Engineering, Paris, France, January 29-February 2, 1990" -- T.p. verso
Includes bibliographical references
Description and Table of Contents
Description
The papers presented at this conference covered: methods for large linear and nonlinear systems and optimization problems, wavelet approximations, computational fluid dynamics and turbulence, computational chemistry and physics, parallel computers, and supercomputers and transputers.
Table of Contents
- Part 1 Solution methods for large linear and nonlinear systems and optimization problems: adaptive polynomial preconditioning for HPD linear systems, S.F.Ashby, et al
- krylov subspace methods - theory, algorithms and applications, Y.Sadd
- an introduction to the structure of large scale nonlinear optimization problems and the LANCELOT project, A.R.Conn, et al. Part 2 Wavelet approximations: wavelet solution of linear and nonlinear elliptic, parabolic and hyperbolic problems in one space dimension, R.Glowinsi, et al. Part 3 Computational fluid dynamics and turbulence: computational aspects of "Fast" particle simulations, C.R. Anderson
- extrapolation procedures at outflow boundaries for the navier-stokes equations, B.Gustafsson and J.Nordstrom
- wavy taylor-vortex flows, H.B.Keller and W.Schroder
- hypersonic flow simulations using DSMC (direct simulation Monte Carlo), J.N.Moss
- new developments in adaptive methods for computational fluid dynamics, J.T Oden and J.M.Bass
- domain decomposition methods for unsteady convection-diffusion problems, Y.A.Kuznetsov
- unsteady incompressible flow computations with quadrilateral elements, T.E.Tezduyar, et al
- recent progress in reactive flow computations, B.Larrouturou
- numerical simulation of transition to turbulance in free-shear layers, M.Lesieur, et al. Part 4 Computational chemistry and physics: localized basis functions and other computational improvements in variational nonorthogonal basis function methods for quantum mechanical scattering problems involving chemical reactions, D.W.Schwenke and D.G.Truhlar
- semiconductor modelling via the Boltzmann equation, J.F.Bourgat, et al. Part 5 Parallel computers, supercomputers and transputers: NEC supercomputer SX-3 series architecture and software, A.Iwaya
- compiler optimization for superscalar computers, M.S.Lam
- software environments for the parallel solution of partial differential equations, L.R.Scott and B.Bagheri
- parallelism on cray multiprocessor systems - concepts of multiasking, W.E.Nagel
- parallel execution of fortran programs on the EWS worstation, M.C.Giboulot, et al
- improving a parallel ray tracing algorithm on an IPSC/2 by emulating a read-only shared memory, D.Badouel and T.Priol
- large scale applications of transputers achievement and perspective, D.J.Wallace.
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