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Failure site of axisymmetric notched specimens as predicted by continuum damage mechanics

机译:连续损伤力学预测的轴对称缺口标本的故障部位

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When a circular notched specimen is subjected to an axial force along its main length, stresss and strain develop around its minimum cross-section. This stress/strain field promote failure of the specimen, which can occur at any position along the minimum area. This paper addresses the problem of how the failure site can be predicted using a Damage Mechanics model, valid for a ductile material.
机译:当循环切口样本沿其主长度的轴向力进行轴向力时,应力和菌株在其最小横截面周围发生。这种应力/应变场促进样本的失效,这可能发生在最小面积的任何位置。本文解决了如何使用损坏力学模型来预测故障现场的问题,适用于延展材料。

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