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Effect of laser hardening of steel on the wear process in an abrasive soil mass

机译:钢钢激光硬化对磨料土壤磨损过程的影响

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摘要

This paper presents the results of tests for the effects of laser hardening on the course and intensity of wear of 38GSA (38MnSi4) and Hardox 600 steels in an abrasive soil mass. The tests were carried out under laboratory conditions, using a "rotating bowl" type machine. Two types of soil, i.e. light and medium, were used as the abrasive mass. Based on the obtained test results, it was found that hardness decreased (in relation to asdelivered condition). The performed laser surface hardening process significantly increased the abrasive wear resistance only for 38GSA (38MnSi4) steel. As regards to Hardox steel, the hardening treatment reduced the abrasive wear resistance index compared to the as-delivered condition of the steel.
机译:本文介绍了激光硬化对38GSA(38MnSi4)和Hardox 600钢的磨损过程中的磨损和强度的效果的测试结果。 使用“旋转碗”型机器在实验室条件下进行测试。 两种类型的土壤,即光和培养基,用作磨料质量。 基于所获得的测试结果,发现硬度降低(与截止条件相关)。 所进行的激光表面硬化过程显着增加了38GSA(38MnSi4)钢的磨料耐磨性。 关于Hardox钢,与钢的钢状况相比,硬化处理降低了磨料耐磨性指数。

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