摘要
本文基于弹性接触问题的参数变分原理的有限元解法,利用并行计算机的特性和并行处理结构,建立了相应的并行算法.该算法从刚度阵的生成和组集,静凝聚过程,求应力过程等多方面实现了并行化.该算法在西安交通大学ELXSI-6400并行计算机上程序实现,计算结果表明能有效地节省计算时间,是一种分析接触问题的有效的并行算法.
Based on the finite element solution of the parametric variational principle of elastic contact problem, a corresponding parallel algorithm has been created by utilizing the specialities of parallel computer and the architecture of concurrent processing in this paper. In this algorithm, the parallelisms have been realized in the processes of creation and assembly of stiffness matrix, of the static condensation, of the solution of stresses and in many other aspects. The programme of this algorithm has been realized on ELXSI-6400 parallel computer of Xi'an Jiaotong University. The results of computation show that the computational time can be saved efficietttly and it is an effective parallel algorithm for the analyses of contact problems.
出处
《应用数学和力学》
CSCD
北大核心
1992年第7期583-591,共9页
Applied Mathematics and Mechanics
基金
西安交通大学国家结构强度与振动重点实验室基金资助项目
