首页> 外文会议>Symposium on Modeling and Numerical Simulation of Materials Behavior and Evolution, Apr 2-5, 2002, San Francisco, California >Further Investigation and Application of the Principle of Correspondence Between Elastic and Piezoelectric Problems
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Further Investigation and Application of the Principle of Correspondence Between Elastic and Piezoelectric Problems

机译:弹性与压电问题对应原理的进一步研究与应用

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In the present work, the recently established principle of correspondence between the elastic and the piezoelectric problems for the transversely isotropic materials has been applied to obtain the solution of the problem of interaction of two tangential forces and a penny-shaped crack. The problem under consideration is described as follows: a penny-shaped crack in the unbounded piezoelectric medium is interacting with two tangential forces of the same magnitude acting in the same direction and applied arbitrarily but symmetrically with respect to the crack plane, which is a plane of isotropy. Some further investigation of the principle of correspondence is made and the important limiting conditions are stated.
机译:在目前的工作中,最近建立的横向各向同性材料的弹性和压电问题之间的对应关系的原理已经被应用,以解决两个切向力和一个便士形裂纹相互作用的问题。所考虑的问题描述如下:无边界压电介质中的便士形裂纹正与两个大小相同的切向力相互作用,该切向力作用于相同方向,并且相对于裂纹平面(平面)任意但对称地施加各向同性对对应原理进行了进一步研究,并指出了重要的限制条件。

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