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A Practical Anisotropic Vector Hysteresis Model Based on Play Hysterons

机译:基于游戏磁滞的实用各向异性矢量磁滞模型

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An anisotropic vector hysteresis model based on the improved isotropic vector play operator has been presented to predict the magnetization behavior of anisotropic hysteresis materials. The required parameters can be identified from the major hysteresis loops in all principal axes, which can be easily measured, or are directly available from magnetic material manufacturers. The presented model, which has been successfully implemented in 2-D and 3-D transient finite-element analysis, is validated by numerical experiments and measured data cited from TEAM problem 32, and is applied to simulate a synchronous reluctance motor with an axially laminated anisotropic rotor.
机译:提出了一种基于改进的各向同性矢量游隙算子的各向异性矢量磁滞模型,以预测各向异性磁滞材料的磁化行为。可以从所有主轴上的主要磁滞回线中识别出所需的参数,可以很容易地对其进行测量,或者可以直接从磁性材料制造商处获得。所提出的模型已在二维和3-D瞬态有限元分析中成功实现,并通过数值实验和TEAM问题32中引用的测量数据进行了验证,并用于模拟轴向叠片的同步磁阻电机各向异性转子。

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