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Determining Brinell Hardness From Analysis of Indentation Load-Depth Curve Without Optical Measurement

机译:通过不进行光学测量的压痕载荷-深度曲线分析确定布氏硬度

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摘要

Hardness tests are performed to determine not only hardness but also other properties such as strength, wear resistance, and deformation resistance. They are also performed to predict residual lifetime through analysis of the hardness reduction or hardness ratio. However, hardness tests require observation of the residual indentation, and for that reason are not widely used in industrial fields. This study thus examines obtaining Brinell hardness values without optical observation, using instead quantitative formulas and analyzing the relationship between the indentation depths from the indentation load-depth curve and mechanical properties such as the work-hardening exponent, yield strength, and elastic modulus on the basis of finite-element analysis.
机译:进行硬度测试不仅可以确定硬度,还可以确定其他特性,例如强度,耐磨性和抗变形性。还可以通过分析硬度降低或硬度比来预测剩余寿命。但是,硬度测试需要观察残留的压痕,因此在工业领域没有广泛使用。因此,这项研究检查了在没有光学观察的情况下获得布氏硬度值的方法,而是使用定量公式,并分析了由压痕载荷-深度曲线得出的压痕深度与机械性能(例如加工硬化指数,屈服强度和弹性模量)之间的关系。有限元分析的基础。

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