FLITE3D is a multigrid Euler solver. It is used extensively by British Aerospace in aircraft design and simulation. This paper presents experiences in parallelizing this industrial code. Owing to the employment of an agglomeration-based multigrid technique, the communication overhead on the coarser meshes could readily erode any gain from the use of parallel computers. The parallelization of the code therefore required careful design and implementation. Here we describe strategy adopted in the parallelization of the code, including the use of data structures and communication primitives. Numerical results demonstrate the efficiency of the resulting parallel code
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References in zbMATH (referenced in 4 articles )
Showing results 1 to 4 of 4.
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- Mcbride, D.; Croft, T. N.; Cross, M.: A coupled finite volume method for the solution of flow processes on complex geometries (2007)
- Standingford, David W. F.; Forth, Shaun A.: A discrete sensitivity solver for an industrial CFD code via automatic differentiation (2003)
- Hu, Y. F.; Emerson, D. R.; Ashworth, M.; Maguire, K. C. F.; Blake, R. J.: Parallelizing FLITE3D -- a multigrid finite element Euler solver (2001)