Investigation of shape filter for electromagnetic device by structural optimization with GP

K. Ukita, K. Ishikawa, W. Kitagawa, T. Takeshita
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Abstract

Recently, one of the most important problems is energy shortage. Therefore, it is required high efficiency motors and high accuracy analysis tools. Shape optimization and topology optimization are often used for structural optimization of motors. Authors simplify optimal model by filters because it is often complicated. However, filters cause deterioration of electromagnetic characteristics of motors. In this paper, shape complexity of analysis model is added in fitness value in genetic programing (GP). Authors investigate usefulness of filters which can search optimal model while taking shape complexity into account.
基于GP结构优化的电磁器件形状滤波器研究
近年来,能源短缺是最重要的问题之一。因此,需要高效率的电机和高精度的分析工具。形状优化和拓扑优化是电机结构优化的常用方法。作者通过过滤器简化了最优模型,因为它通常是复杂的。然而,滤波器会导致电机电磁特性的恶化。本文在遗传规划的适应度值中加入了分析模型的形状复杂度。研究了滤波器在考虑形状复杂度的情况下搜索最优模型的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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