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首页> 外文期刊>Journal of thermal stresses >Fundamental solutions of thermoelasticity with a recent heat conduction model with a single delay term
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Fundamental solutions of thermoelasticity with a recent heat conduction model with a single delay term

机译：具有单延迟项的最新热传导模型的热弹性基本解

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摘要

The present work is concerned with the thermoelasticity theory based on a very recently proposed heat conduction modela heat conduction model with a delay term introduced by Quintanilla. Here we aim to obtain the fundamental solutions of thermoelasticity in the context of this theory. We derive the solution of Galerkin-type field equations for the case of homogeneous and isotropic bodies. With the help of this solution, we determine the effects of concentrated heat sources and body forces in an unbounded medium. We further obtain the fundamental solutions of the field equations in case of steady vibrations.
机译：目前的工作与热弹性理论有关，该理论基于最近提出的热传导模型和由Quintanilla引入的具有延迟项的热传导模型。在此，我们旨在在此理论的背景下获得热弹性的基本解决方案。我们导出了均质和各向同性物体情况下Galerkin型场方程的解。借助该解决方案，我们可以确定无边界介质中集中热源和体力的影响。在稳态振动的情况下，我们进一步获得了场方程的基本解。

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