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Computation of Rupture Strain from Macroscopic Criteria

机译:从宏观标准计算破裂应变

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摘要

In this paper, analytical studies of unit cube with different macroscopic rupture criteria have shown that stress triaxiality is a key parameter on which the magnitude of rupture strain depends. Numerical simulations of tensile test were performed using commercial finite element code ABAQUS on unit cube element. Post-process data of the simulation of tensile test of unit cube element was taken for computation of rupture strain and stress triaxiality. The relation between the strains at rupture versus the stress triaxiality was quantified.
机译:在本文中,具有不同宏观破裂标准的单位立方体的分析研究表明,应力三轴性是一个关键参数,其中破裂应变的大小取决于。 在单位立方体元素上使用商业有限元代码ABAQ进行了拉伸试验的数值模拟。 采用单位立方体元素拉伸试验模拟的过程数据,用于计算破裂应变和应力三轴性。 定量了破裂菌株与应激三轴之间的关系。

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