Parallel Computational Fluid Dynamics '93

A selection of papers. Part 1 Invited speakers: parallel CFD applications - experiences on scalable distributed multicomputers, P. Schiano and A. Matrone; the investigation of 3D viscous gas flow over complex geometries using multiprocessor transputer systems, S.V. Peigin and S.V. Timchenko; massively parallel finite element computation of 3D flows - mesh update strategies in computation of moving boundaries and interfaces, T. Tayfun Tezduyar et al; adaptive domain decomposition and parallel CFD, D. McCarthy and W.R. Jones; a review of the exploitation of parallel processing in environmental modelling, M. Ashworth; on the numerical wind tunnel (NWT) program, T. Iwamiya et al; parallel solution methods for the Navier-Stokes equations, R. Rannacher. Part 2 Networked computers: on parallel simulation of reactive flows on an IBM RS/60000 workstation-cluster, F.K. Hebeker. Part 3 Comparison of systems: computation of aerodynamic flows using improved parallelization procedures, D. Drikakis and F. Durst. Part 4 Applications on transputers: parallel computations of turbulent transonic flows on a MEIKO computing surface, D. Golby and M.A. Leschziner. Part 5 Data parallel programming model: comparison of direct particle simulation on the MasPar MP-2 and the connection machine CM-2, L. Dagum and J.D. McDonald. Part 6 Tools and mapping strategies I: adaptive time-dependent CFD on distributed unstructured meshes, Walshaw and M. Berzins. Part 7 Tools and mapping strategies II: SPAFS - software for parallelizing flow solvers, S. Narayanan. Part 8 Tools and mapping strategies III: a parallel block-structured Euler/Navier-stokes code with adaptive refinement and run-time load balancing on the iPSC-860 hypercube, K. Lust et al. Part 9 Industry experience I: implementation of an industrial CFD code on a massively parallel computer with distributed memory, F. Choukroun et al. Part 10 Industry experience II: simulation of electromagnetic wave interactions on large MIMD supercomputers, G. Alleon and E. Duceau. Part 11 Domain decomposition methods I: a one shot domain decomposition/fictious domain method for the solution of elliptic equations, R. Glowinski et al. Part 12 Domain decomposition methods II: a Schur type method based on outflow boundary condition, F. Nataf and F. Rogier. Part 13 Subspace iterative algorithms: parallel implicit solvers for steady, compressible aerodynamics, W.D. Gropp et al. Part 14 FEM and irregular meshes: viscous flow computations on the connection machine by a finite element Petrov-Galerkin scheme, R. Choquet and P. Leyland. Part 15 Reacting or turbulent flow: computation on a massively parallel machine of turbulent reactive flows using an Eulerian-Lagrangian probalistic approach, F. Pit and F. Rogier. Part 16 From explicit to implicit algorithms on MIMD systems: a parallel compressible 3D Navier-Stokes solver using unstructured meshes, M. Loriot and L. Fezoui. Part contents).