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首页> 外文期刊>International Journal of Fracture >Determination of the energy for crack creation using micro-hardness measures
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Determination of the energy for crack creation using micro-hardness measures

机译:使用显微硬度测量确定产生裂纹的能量

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摘要

The growth of crack is related to the existence of a plastic zone at the crack tip; whose formation and growth is accompanied by energy dissipation. The estimation of this energy is generally done by the so called global methods (hysterisis loops) or the micro-gages. In the present study, the micro-hardness measures in the plastic zone are used to evaluate the energy dissipated in the fracture process zone by plastic deformation. The obtained results on the aluminium alloy 7075 T7 and E460 steel are compared to those obtained by other methods.
机译:裂纹的增长与裂纹尖端塑性区的存在有关。它的形成和成长伴随着能量消散。通常通过所谓的全局方法(磁滞回线)或微应变计来估算该能量。在本研究中,在塑性区中的显微硬度测量被用于评估在断裂过程区中通过塑性变形耗散的能量。将在7075 T7铝合金和E460铝合金上获得的结果与通过其他方法获得的结果进行比较。

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