Numerical prediction of a MFC actuator piezoelectroelastic properties for solving active control problems

A. Anoshkin, A. Pankov, E. Barkanov, P. Pisarev, S. Bayandin
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Abstract

As part of the research, a mathematical model was developed and the formulation of coupled boundary-value problems of electroelastic deformation of an inhomogeneous anisotropic body was stated. Using the method of averaging over the volume, the effective piezoelectroelastic constants of Macro Fiber Composite with piezoelectric fibers were calculated. The verification of the developed mathematical models was carried out.
用于主动控制问题的MFC作动器压电弹性特性数值预测
作为研究的一部分,建立了非均匀各向异性体电弹性变形的数学模型,并给出了耦合边值问题的表达式。采用体积平均法,计算了含压电纤维的宏观纤维复合材料的有效压电弹性常数。对所建立的数学模型进行了验证。
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