Domain Decomposition Based Parallel Contact Algorithm and Its Implementation to Explicit Finite Element Analysis

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  • OISHI Atsuya
    Department of Mechanical Engineering, Faculty of Engineering, The University of Tokushima
  • YOSHIMURA Shinobu
    Institute of Environmental Studies, University of Tokyo
  • YAGAWA Genki
    Department of Quantum Engineering and Systems Science, University of Tokyo

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Other Title
  • 領域分割形並列接触アルゴリズムの開発と動的陽解法解析コードへの実装
  • 領域分割型並列接触アルゴリズムの開発と動的陽解法解析コードへの実装
  • リョウイキ ブンカツガタ ヘイレツ セッショク アルゴリズム ノ カイハツ ト ドウテキ ヨウカイホウ カイセキ コード エ ノ ジッソウ
  • Domain Decomposition Based Parallel Contact Algorithm and Its Implementation to Explicit Finite Element Analysis Code.

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Computer simulations are about to replace experiments in various fields related to dynamic problems, such as crashworthiness of vehicles, vibration of nuclear reactors in earthquake, and ultrasonic wave propagation in cracked solid for nondestructive evaluation. For solving such large scale problems, parallel processing has become one of key technologies. In this paper, a parallel contact algorithm suitable for a domain decomposition technique is proposed, and implemented on a dynamic finite element analysis code based on an explicit time integration scheme. Parallel efficiency of the code is tested through sample analyses on a PC cluster.

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