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Highly Accurate Analysis of Magnetic Field by Local-Expansion Edge Element Method with Boundary Surface Integration

机译:局部膨胀边缘元素方法高度准确地分析边界表面集成

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The Local-expansion Edge Element Method (LEEM) enables us to analyze magnetic field more accurately than the ordinary finite element method (FEM). This paper proposes the combination of LEEM and Boundary Surface Integration (BSI) as a post-processing for computational accuracy enhancement. In the proposed method, we also investigate an appropriate virtual boundary configuration for BSI in local-expansion region and achieve highly accurate analysis.
机译:局部扩展边缘元件方法(LEEM)使我们能够比普通有限元方法(FEM)更精确地分析磁场。本文提出了leem和边界面集成(bsi)作为计算精度增强的后处理。在该方法中,我们还研究了本地扩展区域中BSI的适当虚拟边界配置,实现高度准确的分析。

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