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首页> 外文期刊>ISET journal of earthquake technology >TWO-DIMENSIONAL STATIC DEFORMATION OF AN ORTHOTROPIC ELASTIC LAYERED HALF-SPACE DUE TO BLIND STRIKE-SLIP FAULT
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TWO-DIMENSIONAL STATIC DEFORMATION OF AN ORTHOTROPIC ELASTIC LAYERED HALF-SPACE DUE TO BLIND STRIKE-SLIP FAULT

机译:盲泳滑移断裂引起的正交各向异性弹性层状半空间的二维静态变形

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摘要

Closed-form analytical expressions for the deformation at any point of a horizontal orthotropic elastic layer of infinite lateral extent (coupling in different ways such as ‘welded’, ‘smooth-rigid’, or ‘roughrigid’ to a base) due to a long blind strike-slip fault are obtained. The results obtained are generalization of the results for an isotropic medium. For different types of coupling, the effects of variations in depth on surface displacement are presented graphically. Also, at different depth levels, the variations of surface displacements with the horizontal distance from the inclined fault are compared to study the effects of different types of coupling. The results for the present model are compared with the corresponding results for a uniform orthotropic elastic half-space. It is observed that the displacement field varies more significantly in an orthotropic elastic layered half-space in comparison with a uniform orthotropic halfspace.Numerically, the effect of anisotropy is also examined. It is found that anisotropy of the source half-space has a significant effect on the displacement at different depth levels.
机译:封闭形式的解析表达式,用于表示水平长的正交各向异性弹性层在任意位置(由于“长焊缝”,“光滑刚性”或“粗糙刚性”与底座的耦合方式不同)变形而导致的变形获得了盲目走滑断层。获得的结果是各向同性介质的结果的一般化。对于不同类型的耦合,以图形方式显示了深度变化对表面位移的影响。同样,在不同的深度水平,比较了地表位移与距倾斜断层的水平距离的变化,以研究不同类型耦合的影响。将本模型的结果与均匀正交各向异性弹性半空间的相应结果进行比较。观察到,与均匀的正交各向异性半空间相比,正交各向异性弹性分层半空间中的位移场变化更大。从数值上讲,还研究了各向异性的影响。发现源半空间的各向异性对不同深度水平的位移有重要影响。

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