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首页> 外文期刊>Magnetics, IEEE Transactions on >A Moving Mesh Embedded Algorithm in Finite Element Method for Optimal Design of Electromagnetic Devices
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A Moving Mesh Embedded Algorithm in Finite Element Method for Optimal Design of Electromagnetic Devices

机译:电磁器件优化设计的有限元移动网格嵌入式算法

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摘要

An efficient moving mesh algorithm with fast solver is proposed for remeshing the parameterized computation domain so as to embed finite element methods into optimization algorithms for optimizing the shapes of electromagnetic devices. The proposed method has the merits of conserving the original mesh structure with minimal mesh deformation. The developed algorithm has been applied to TEAM workshop problem No. 25. The reported results are used to showcase the efficiency and validity of the algorithm.
机译:提出了一种高效的带有快速求解器的运动网格算法,用于对参数化计算域进行重新划分,从而将有限元方法嵌入到优化算法中,以优化电磁设备的形状。所提出的方法具有保持原始网格结构且网格变形最小的优点。所开发的算法已应用于TEAM车间问题25。所报告的结果用于证明该算法的有效性和有效性。

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