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A class of data structures and object-oriented implementation for finite element methods on distributed memory systems

机译:分布式存储系统上有限元方法的一类数据结构和面向对象的实现

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摘要

In this study we describe a class of data structures and object-oriented implementation for parallel finite element computations. Of particular interest are adaptive p (variable degree) finite elements on unstructured grids with parallel partitioning by subdomains. The approach is implemented using C+ + and Fortran for distributed multi-processor systems such as the Cray T3D/T3E MPP systems and networks of workstations. A supporting performance study for a parallel multiple front solution of a representative analysis problem is included to illustrate the approach.
机译:在这项研究中,我们描述了用于并行有限元计算的一类数据结构和面向对象的实现。特别有趣的是非结构化网格上的自适​​应p(可变度)有限元,其中子域并行划分。该方法是使用C ++和Fortran实施的,用于分布式多处理器系统,例如Cray T3D / T3E MPP系统和工作站网络。包括对代表性分析问题的并行多前端解决方案的支持性能研究,以说明该方法。

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