Mathematical Modelling for Semiconductor and Piezoelectric Media

Ashwani Kumar
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Abstract

In this analysis the importance of mathematical modelling of the physical systems has been outlined. The constitutive relations and basic governing equations of motion for homogeneous isotropic elastic semiconductor (n-type) and homogeneous transversely isotropic ( class) piezoelectric elastic media, in the absence of body forces and electric sources are made non-dimensional in order to reduce the mathematical complexity. All the obtained equations are rewritten in matrix form. Then considering the harmonic wave solution the eigen values and eigen vectors are calculated to obtained the formal solution of the problem.
半导体和压电介质的数学建模
在这个分析中,概述了物理系统的数学建模的重要性。为降低数学复杂度,将均质各向同性弹性半导体(n型)和均质横各向同性(类)压电弹性介质在没有体力和电源的情况下的本构关系和基本运动控制方程简化为无量纲。所有得到的方程都被改写成矩阵形式。然后考虑谐波解,计算本征值和本征向量,得到问题的形式解。
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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