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首页> 外文期刊>International journal of applied mechanics and engineering >ELASTODYNAMIC RESPONSE OF VARIOUS SOURCES IN MICROPOLAR THERMODIFFUSIVE ELASTIC MEDIUM
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ELASTODYNAMIC RESPONSE OF VARIOUS SOURCES IN MICROPOLAR THERMODIFFUSIVE ELASTIC MEDIUM

机译:微孔热变弹性介质中各种源的弹性动力学响应

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摘要

A general solution to the field equations of a micropolar thermodiffusive elastic solid are obtained in the transformed form, using the Laplace and Fourier transform techniques. The deformation due to various sources has been investigated. As an application, concentrated and distributed sources are taken to show the utility of the approach. The transformed solutions are inverted using a numerical inversion technique to invert the Laplace and Fourier transforms. The components of stress, temperature distribution and chemical potential distribution are obtained numerically and discussed graphically to depict the effects of micropolarity and diffusion.
机译:使用拉普拉斯和傅立叶变换技术,以变换形式获得了微极性热扩散弹性固体场方程的一般解。已经研究了由于各种原因引起的变形。作为一种应用,采用集中和分布式源来显示该方法的实用性。使用数值反演技术对变换后的解进行反演,以对Laplace和Fourier变换进行反演。数值获得应力,温度分布和化学势分布的分量,并进行图形讨论以描绘微极性和扩散的影响。

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