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  HomeContents of Chinese Journal of Mechanical Engineering 2005 No.2PARALLEL EXPLICIT FINITE ELEMENT SIMULATION OF VEHICLE COLLISIONS
PARALLEL EXPLICIT FINITE ELEMENT SIMULATION

OF VEHICLE COLLISIONS

 

Cao Yinfeng  Li Guangyao  Zhong Zhihua

(Key Laboratory of Advanced Technology of Vehicle Body Desige and Manufactory M.O.E., Hunan University, Changsha 410082)

 

Abstract: Explicit finite element analysis of contact-impact problems on parallel computers with distributed memory is concerned. Subject to the characteristics of finite element method and the structure of supercomputer, a parallel algorithm is designed for explicit finite element method based on message passing and domain decomposition. A new domain decomposition method based on the element type and material model is specially presented for parallelization of explicit finite element simulation of crashworthiness. The algorithms have been implemented in the GEFEP-P software, a self-developed program for simulation of crashworthiness, on the Shengwei supercomputer. Numerical example shows that parallel computation improve the efficiency of simulation rapidly.

Key words: Finite element method  Parallel computation  Crashworthiness  Domain decomposition

CLC No: O344  U461

国家自然科学基金(13072029)和跨世纪优秀人才培养计划基金资助项目. Received 20040104, received in revised form 20020040624

  

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