首页> 外文期刊>Journal of Applied Mechanics: Transactions of the ASME >Disappearance conditions of stress singularities for anisotropic bimaterial half-plane wedges under antiplane shear
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Disappearance conditions of stress singularities for anisotropic bimaterial half-plane wedges under antiplane shear

机译:各向异性双材料半平面楔在反平面剪切作用下应力奇异性的消失条件

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摘要

Based on the anisotropic elasticity theory and Lekhnitskii's complex potential functions, the analytical eigenequations of anisotropic bimaterial half-plane wedges under anti-plane shear are derived in brief forms. The boundary surfaces of half-plane wedges call be combinations of free and/or clamped edges. The disappearance conditions of stress singularities can be obtained directly from the derived eigenequations, which can be applied to improve the safety of the structures. The interesting phenomenon on the periodic appearance of the singularity orders is proposed and discussed as well.
机译:基于各向异性弹性理论和Lekhnitskii的复数势函数,以简写形式推导了各向异性双材料半平面楔在反平面剪切作用下的解析特征方程。半平面楔形的边界面称为自由和/或夹紧边的组合。应力奇异性的消失条件可以直接从导出的本征方程中获得,可以用于提高结构的安全性。提出并讨论了奇异阶周期性出现的有趣现象。

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