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首页> 外文期刊>Computers & Structures >An Edge-based Imbricate Finite Element Method (EI-FEM) with full and reduced integration
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An Edge-based Imbricate Finite Element Method (EI-FEM) with full and reduced integration

机译:具有完全集成和简化集成的基于边缘的边界有限元方法(EI-FEM)

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摘要

An Edge-based Imbricate Finite Element Method (EI-FEM), aiming at combining the ease of mesh generation using triangular elements and the improved accuracy of quadrilateral elements, is proposed. Two finite elements for 2D analyses that imbricate each other while being assembled are designed based upon the triangulation of the domain. By means of two numerical benchmark analyses, we show that similar improvements with respect to numerical accuracy as obtained by the recently proposed Edge-based Smoothed Finite Element Method (ES-FEM) can be obtained, without sacrificing the standard concepts of the Finite Element Method.
机译:提出了一种基于边缘的有限元有限元方法(EI-FEM),旨在结合使用三角形元素的网格生成简便性和提高四边形元素的精度。基于域的三角剖分,设计了2D分析的两个有限元,它们在组装时会相互交叠。通过两个数值基准分析,我们表明在不牺牲有限元方法的标准概念的情况下,可以获得与新近提出的基于边缘的平滑有限元方法(ES-FEM)相似的数值精度改进。 。

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