Modern high-performance computing systems enable larger numerical simulations than previously possible by utilizing more computing power and a larger degree of parallelization than before. In order for these simulations to run efficiently, it is necessary to have a good load balance among the processes. This paper deals with the problems that occurred during the load balancing process of larger meshes and with more computing power then previously tested within DLR’s FlowSimulator  framework and how these problems were overcome.

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Performance Analysis and Improvement of FSDM for Large, Highly Parallel Simulations

  • Jonathan A. Fenske,
  • Daniel Vollmer

摘要

Modern high-performance computing systems enable larger numerical simulations than previously possible by utilizing more computing power and a larger degree of parallelization than before. In order for these simulations to run efficiently, it is necessary to have a good load balance among the processes. This paper deals with the problems that occurred during the load balancing process of larger meshes and with more computing power then previously tested within DLR’s FlowSimulator  framework and how these problems were overcome.