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首页> 外文期刊>Earthquake and structures: An International journal of earthquake engineering & earthquake effects on structures >Modelling of magneto-thermoelastic plane waves at the interface of two prestressed solid half-spaces without energy dissipation
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Modelling of magneto-thermoelastic plane waves at the interface of two prestressed solid half-spaces without energy dissipation

机译:在没有能量耗散的两个预应力固体半空间界面处的磁热弹性平面波建模

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摘要

A model for reflection and refraction of magneto-thermoelastic SV-waves at the interface of two transversely isotropic and homogeneous solid half spaces under initial stress by applying classical dynamical theory of thermoelasticity is purposed. The reflection and refraction coefficients of SV-waves are obtained with ideal boundary conditions for SV-wave incident on the solid-solid interface. The effects of magnetic field, temperature and initial stress on the amplitude ratios after numerical computations are shown graphically with MATLAB software for the particular model.
机译:运用经典的热弹性动力学理论,建立了初始应力下两个横向各向同性且均匀的固体半空间界面处的磁热弹性SV波的反射和折射模型。 SV波的反射系数和折射系数是在SV波入射到固-固界面上的理想边界条件下获得的。数值计算后,使用MATLAB软件针对特定模型以图形方式显示了磁场,温度和初始应力对振幅比的影响。

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