Numerical analysis of an influence of an active electric impact on a mechanical response of an electro-viscoelastic structure

M. Iurlov, N. Sevodina, D. Oshmarin, N. Iurlova
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Abstract

The paper is devoted to investigation of mechanical response of an electro-viscoelastic structure (a structure with piezoelectric element attached to its surface) in case when electric voltage with prescribed parameters is applied to electrodes of piezoelectric element. A cantilever plate was considered as such a structure. An amplitude of displacements of the free end of the plate at resonant modes is considered as a mechanical response in case when forced steady-state vibrations occurring under kinematic or force loading are considered. Mechanical response of the structure is determined numerically using the ANSYS software package. Viscoelastic properties of a material of the plate are taken into account using the model with complex dynamic moduli. Within the frameworks of this paper relations between mechanical response of the structure and magnitude and polarity of electric voltage applied to electrodes of a piezoelectric element was obtained with respect to a type of excitation of vibrations.
有源电冲击对电粘弹性结构力学响应影响的数值分析
本文研究了电粘弹性结构(表面附着有压电元件的结构)在给定参数电压作用于压电元件电极时的力学响应。悬臂板被认为是这样一种结构。当考虑在运动或力载荷下发生的强迫稳态振动时,在共振模式下板的自由端位移的振幅被认为是机械响应。利用ANSYS软件对结构的力学响应进行了数值计算。采用复动力模量模型考虑了板材料的粘弹性特性。在本文的框架内,得到了结构的力学响应与施加在压电元件电极上的电压的大小和极性之间的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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