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Magnetoelastic behavior of ferromagnetic materials using stress dependent Preisach model based on continuum theory

机译:基于连续性理论的应力依赖性预辨波模型的铁磁材料磁力弹性行为

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The magnetic and the mechanical constitutive equations are proposed on the basis of the continuum theory of magnetoelastic materials. The rate type expression is derived from the moving Preisach model by taking into account the stress dependence as the magnetic constitutive equation. From the symmetry of the constitutive equations, it is shown that the stress magnetization effect can be derived from the stress-dependent magnetization and magnetostriction curves. It is experimentally confirmed that the constitutive equations can describe typical magnetoelastic behaviors of a ferromagnetic material such as the magnetization and the magnetostriction curves under the stress and the stress magnetization curve.
机译:磁性和机械本构方程是基于磁力弹性材料的连续性理论的基础提出的。通过考虑应力依赖性作为磁性本构体方程,速率类型表达式衍生自移动的预震模型。从组成方程的对称性,示出了应力磁化效果可以源自应力依赖性磁化和磁致索曲线。实验证实,本构体方程可以描述诸如磁化的典型的铁磁材料的型磁性弹性行为,例如压力和应力磁化曲线下的磁化和磁致索曲线。

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