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Microstructure Role in Permanent Magnet Eddy Current Losses

机译:永磁涡流损耗中的微观结构作用

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摘要

The impact of granular microstructure on permanent magnets on eddy current losses is investigated. A numerical homogenization procedure for electrical conductivity is defined. Then, an approximated simple analytical model for the homogenized conductivity able to capture the main features of the geometrical and material dependences is derived. Finally, analytic calculations of eddy current losses are given, and the two asymptotic expressions for losses in the stationary conduction limit and advanced skin effect limit are derived and discussed.
机译:研究了粒度微观结构对涡流损耗的永磁体的影响。定义了用于电导率的数值均化过程。然后,推导出用于捕获几何和材料依赖性的主要特征的均质电导率的近似简单的分析模型。最后,给出了涡流损耗的分析计算,衍生和讨论了静止导电极限和先进的皮肤效应极限的两个渐近表达。

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