Application of Parallel Computation in Numerical Simulation of Laser Propulsion

As for the problem of numerical simulation oflaser propulsion of three dimensions and multi-sub domains, the domain decomposition strategy based on message passing mechanismis applied in this paper to realize parallelization. The cell-centered finite volume scheme is performed to solve Euler equatio...

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Veröffentlicht in:Applied Mechanics and Materials Jg. 130-134; S. 3027 - 3031
Hauptverfasser: Zeng, Yao Yuan, Zhao, Wen Tao, Wang, Zheng Hua
Format: Journal Article
Sprache:Englisch
Veröffentlicht: Zurich Trans Tech Publications Ltd 01.01.2012
Schlagworte:
Parallel Computation
Domain Decomposition
Laser Propulsion
Numerical Simulation
ISBN:3037852860, 9783037852866
ISSN:1660-9336, 1662-7482, 1662-7482
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Abstract As for the problem of numerical simulation oflaser propulsion of three dimensions and multi-sub domains, the domain decomposition strategy based on message passing mechanismis applied in this paper to realize parallelization. The cell-centered finite volume scheme is performed to solve Euler equation. A five-step Runge-Kutta scheme of explicit integral model is used for time advancement. The spatial discretization of inviscid fluid is estimated byhigh-order Godunov-type scheme. We test some different examples on a cluster system and the results show the smallest number of speedup is more than 5.19 when the degree of parallelism is 8. In a word, parallel computation is an inevitable choice to achieve the aim of accelerating the study of the mechanism of laser propulsion.
AbstractList As for the problem of numerical simulation oflaser propulsion of three dimensions and multi-sub domains, the domain decomposition strategy based on message passing mechanismis applied in this paper to realize parallelization. The cell-centered finite volume scheme is performed to solve Euler equation. A five-step Runge-Kutta scheme of explicit integral model is used for time advancement. The spatial discretization of inviscid fluid is estimated byhigh-order Godunov-type scheme. We test some different examples on a cluster system and the results show the smallest number of speedup is more than 5.19 when the degree of parallelism is 8. In a word, parallel computation is an inevitable choice to achieve the aim of accelerating the study of the mechanism of laser propulsion.
Author Wang, Zheng Hua
Zeng, Yao Yuan
Zhao, Wen Tao
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Keywords Parallel Computation
Domain Decomposition
Laser Propulsion
Numerical Simulation
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