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Edge elements, their advantages and their disadvantages

机译:边缘元素,它们的优缺点

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In finite-element methods for solving electromagnetic field problems, the use of edge elements has become very popular. In fact, edge elements are often said to be a cure for many difficulties that are encountered and they are claimed to yield accurate results. In the present paper we analyse these claims for tetrahedral elements. In particular we compare two different types of "linear" edge elements and the classical linear nodal element. Comparisons for higher-order elements and elements defined on other elementary subdomains, for instance on hexahedra, run along the same lines and yield similar conclusions.
机译:在用于解决电磁场问题的有限元方法中,边缘元件的使用已经非常流行。实际上,边缘元素通常被认为是解决许多困难的方法,并且据称可以产生准确的结果。在本文中,我们分析了这些要求的四面体元素。特别是,我们比较了两种不同类型的“线性”边缘元素和经典线性节点元素。比较高阶元素和在其他基本子域(例如,六面体)上定义的元素时,得出的结论相同。

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