A Theoretical Characterization of the Coupling Effects of Frequency and Mechanical Stresses on the Magnetic Properties of the Ferromagnetic Material

Yakhlef Malika, B. Sebti, B. Adel
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Abstract

The topic of the paper is to model simultaneously, the effect of frequency coupled with applied mechanical stresses, on the magnetic hysteresis of ferromagnetic sheets. The magneto-mechanical model to be exploited is deduced from the classical effective field intended by Sablik-Jiles-Atherthon (S.J.A.). The previous relationship has been adjusted by introducing the parameter which takes into account the internal reaction of the material subjected to external mechanical stress. The corresponding phenomenon is not considering in literature, it will be noted stress demagnetizing field. Different magnetic characteristics are plotted by applying the proposed model. Thus, the model is validated through extensive simulations and compared with ones obtained experimentally in literature. A reasonable trend has been reached.
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频率和机械应力对铁磁材料磁性能耦合效应的理论表征
本文的主题是同时模拟频率和外加机械应力对铁磁片磁滞的影响。利用sablikk - jiles - atherthon (S.J.A.)提出的经典有效场推导出磁力模型。通过引入考虑到材料在外部机械应力作用下的内部反应的参数,对先前的关系进行了调整。文献中没有考虑到相应的现象,会注意到应力退磁。应用该模型绘制了不同的磁特性。因此,通过大量的模拟验证了该模型,并与文献中实验得到的模型进行了比较。一个合理的趋势已经形成。
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