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Unsteady Fluid Flow Calculations Using a Machine Independent ParallelProgramming Environment
| Attila Gursoy | Laxmikant Kale | S. Vanka
Parallel Computational Fluid Dynamics (ParCFD) 1992
Publication Type: Paper
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Abstract
A portable parallel implementation of a fractional step method to solve 3D unsteady incompressible Navier-Stokes equations on MIMD machines is described. The context currently considered involves uniform grid spacing in one of the directions. A parallel decomposition strategy and its implementation on a portable parallel programming system (Charm) is described. Some optimizations including one that reduces the cost of parallel convergence tests are described. Performance results for calculation of flow in a driven cavity on different parallel computers are presented.
TextRef
A. Gursoy and L.V. Kale and S.P. Vanka, "Unsteady Fluid Flow Calculations using a Machine Independent Parallel Programming Environment", Parallel Computational Fluid Dynamics '92, ed. R. B. Pelz and A. Ecer and J. Hauser, Publ:North-Holland, 1993, pp. 175-185.
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