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首页> 外文期刊>Journal of thermal stresses >Reflection and refraction of incident p-, T-, and SV-waves at interface between magnetized two solid-liquid media with heat sources and initial stress with and without thermal relaxation times
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Reflection and refraction of incident p-, T-, and SV-waves at interface between magnetized two solid-liquid media with heat sources and initial stress with and without thermal relaxation times

机译：带有热源和没有热弛豫时间的磁化两种固液介质之间的界面处入射p，T和SV波的反射和折射

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摘要

We investigate the problem of reflection and refraction of thermoelastic waves at a magnetized solid-liquid interface in presence of initial stress. In the context of Green-Lindsay and coupled thermoelastic theories of thermoelasticity, the problem has been solved and the effect of magnetic field, external heat sources, and initial stress on p-, T-, and SV-waves propagation have been discussed. The boundary conditions at the interface for displacement continuity, vanishing the tangential displacement, continuity of normal force, tangential force, and continuity of temperature are applied. The amplitudes ratios for the incident p-, T-, and SV-waves have been obtained. The effect of the initial stress, heat sources, and magnetic field on the reflection and transmitted coefficients for the incident waves have been discussed.
机译：我们研究在存在初始应力的情况下，磁化的固液界面处的热弹性波的反射和折射问题。在格林-林赛（Green-Lindsay）和热弹性耦合热弹性理论的背景下，解决了该问题，并讨论了磁场，外部热源和初始应力对p，T和SV波传播的影响。应用了位移连续性，切向位移消失，法向力，切向力和温度连续性的界面边界条件。已经获得了入射p波，T波和SV波的振幅比。讨论了初始应力，热源和磁场对入射波的反射和透射系数的影响。

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