## Cfd Algorithms and Applications for Parallel Processors: Presented at the Fluids Engineering Conference, Washington, D.C., June 20-24, 1993Oktay Baysal, Vijay Saxena |

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### Contents

A Parallel CFD Model and Its Application in the Design of a Continuous Casting Tundish | 1 |

Parallel MultiLevel Calculations for Viscous Compressible Flows | 9 |

Parallel Volume Rendering of CFD Data on Massively Parallel Computers | 25 |

Copyright | |

6 other sections not shown

### Common terms and phrases

achieved Applications for Parallel array bandwidth benchmarks boundary bounding box calculations cavity CFD application CFD code computational domain Computational Fluid Dynamics configuration conservative variables CRAY Cray Y-MP developed distributed memory domain decomposition Figure flow field Fortran function geometry global grid points heterogeneous implementation implicit Intel iPSC/860 interpolation isosurface iteration kernel keyden large number load balancing Marching Cubes MASPAR Meiko Meiko Computing Surface mesh MFLOPS MIMD multiprocessors Navier-Stokes code Navier-Stokes equations nodes number of processors opacity operations PAGOSA/MIMD parallel algorithm parallel efficiency parallel multi-level Parallel Processors parameters Parsytec performance pixel plane present pressure problem processing ray tracing scalar shared memory SIMD single grid single processor solution solved space domain Spaceball speedup step subdomain subroutines surface Table TC2000 computer technique three-dimensional time-step tion triangles tundish turbulent flow unstructured grids update values vector virtual processor viscous visualization volume data volume rendering