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A Technique for the Long Term Preservation of Finite Element Meshes

机译:有限元网格的长期保存技术

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摘要

Finite element meshes are the basic data structures of engineering analyses and simulations. Unfortunately many different kinds of finite element mesh formats exist. These different formats can make it difficult to handle the meshes in several aspects, for example when the same simulation should be checked and validated by another program or to preserve these data for long term. For both cases the conversion of finite element meshes can be a solution, however there is another problem in this case, that the size of the meshes are constantly increasing and meshes with over a million elements are commonly used nowadays. This paper would like to discuss how such large meshes can be converted in a parallel fashion and it also presents how this method can be used in the preservation and storage of finite element meshes.
机译:有限元网格是工程分析和模拟的基本数据结构。不幸的是,存在许多不同种类的有限元网格格式。这些不同的格式可能会在多个方面使网格处理变得困难,例如,当应该由另一个程序检查和验证相同的仿真或长期保留这些数据时。对于这两种情况,有限元网格的转换都可以解决,但是在这种情况下,还存在另一个问题,即网格的大小不断增加,并且如今通常使用具有一百万个以上元素的网格。本文想讨论如何以并行方式转换这么大的网格,并且还介绍了如何将该方法用于有限元网格的保存和存储。

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