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WAVE PROPAGATION IN MICROPOLAR MONOCLINIC THERMOELASTIC HALF SPACE

机译:微孔单斜热弹性半空间中的波传播

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摘要

Propagation of waves in a micropolar monoclinic medium possessing hermoelastic properties based on the Lord- Shulman (L-S),Green and Lindsay (G-L) and Coupled thermoelasticty (C-T) theories is discussed. The investigation is divided into two sections, viz., plane strain and anti-plane strain problem. After developing the solution, the phase velocities and attenuation quality factor have been derived and computed numerically. The numerical results have been plotted graphically.%micropolar; monoclinic; generalized thermoelastic
机译:讨论了基于Lord-Shulman(L-S),Green and Lindsay(G-L)和耦合热弹性(C-T)理论的具有气弹性质的微极单斜介质中波的传播。研究分为两个部分,即平面应变和反平面应变问题。开发解决方案后,已经得出了相速度和衰减品质因数,并进行了数值计算。数值结果以图形方式绘制。单斜广义热弹性

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