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首页> 外文期刊>Journal of teoretical and applied mechanics >LOVE WAVES IN FIBER-REINFORCED LAYER IMPERFECTLY BONDED TO MICROSTRUCTURAL COUPLE STRESS SUBSTRATE
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LOVE WAVES IN FIBER-REINFORCED LAYER IMPERFECTLY BONDED TO MICROSTRUCTURAL COUPLE STRESS SUBSTRATE

机译：热浪在纤维增强层中的波，不完全粘合到微观结构耦合应力衬底

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摘要

Interior of the Earth is quite complex and it shows many heterogeneities in the form of microstructures. It is difficult to model the Earth in mathematical formulation of a problem, yet it is always desirable that the proposed model should be the nearest approximation of the Earth. In this paper, Love waves are investigated, using a new geometrical configuration which consists of a finite thicker fiber-reinforced layer lying over a couple stress half-space having internal microstructures. The two media are assumed to be imperfectly bonded to each other at the interface. Dispersion and damping equations are derived for the propagation of Love waves in the considered model. The impact of various parameters like imperfectness at the interfacial surface, thickness of the layer, characteristic length parameter of the half-space, direction of reinforcement are studied on the phase and damping velocities of Love waves.
机译：地球的内部是非常复杂的，它显示了微观结构形式的许多异质性。难以模拟地球的数学制定的问题，但是总是希望该模型应该是最接近地球的近似。在本文中，使用新的几何构造来研究爱浪波，该几何构造包括有限厚的纤维增强层，躺在具有内部微观结构的夫妇应力半空间上。假设两个介质在界面处彼此不完全键合。用于在考虑模型中的爱波传播的分散和阻尼方程。在界面表面，层厚度，半空间的特征长度参数，加强方向的界面，层的特征长度参数等各种参数的影响是在爱波的相位和阻尼速度上进行加固方向。

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