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Evaluation of stress intensity factors from stress concentration factors for a crack embedded in dissimilar elliptic inclusion

机译:从应力集中度因子评估异种椭圆形夹杂物中裂纹的应力强度因子

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This paper provides a solution for stress intensity factors for a crack embedded in an elliptic inclusion. The inclusion is bonded to an infinite matrix. The inclusion and the infinite matrix have different elastic properties. The crack is replaced by a very slender elliptic configuration. After this replacement, the stress concentration factor can be evaluated. The stress intensity factor at the crack tip can be evaluated from the stress concentration factor by using an available equation. In the solution, the complex variable function method, conformal mapping and the matrix transfer method are used. (C) 2016 Elsevier Ltd. All rights reserved.
机译:本文为椭圆夹杂物中嵌入的裂纹提供了应力强度因子的解决方案。夹杂物结合到无限矩阵上。夹杂物和无限基质具有不同的弹性。裂纹由非常细长的椭圆形结构代替。更换后,可以评估应力集中系数。裂纹尖端处的应力强度因子可以通过使用一个可用的方程根据应力集中因子进行评估。在该解决方案中,使用了复变量函数方法,保形映射和矩阵传递方法。 (C)2016 Elsevier Ltd.保留所有权利。

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