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Study on Wear-resistant Steel Quenching Deformation

机译:耐磨钢淬火变形研究

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摘要

This paper is based on the wear-resistant steel NM360 quenching experiments, simulates the steel plate quenching transient temperature field, and analyses the causes of quenching deformation. According to the experimental analysis, the martensitic phase transformation is the main reason of the wear-resistant steel quenching extremely easily deformation, therefore, how to control the time and stress of martensitic phase transformation of the plate surface is the key factor. Through experiments, we found a quenching process of controlling effectively quenching deformation, and it provides some practical experiences for acquiring the higher mechanical properties of this kind of wear-resisting steel.
机译:本文基于耐磨钢NM360淬火实验,模拟钢板淬火瞬态温度场,分析淬火变形的原因。根据实验分析,马氏体相变是耐磨钢淬火的主要原因极易变形,因此,如何控制板表面的马氏体相变的时间和应力是关键因素。通过实验,我们发现一种控制有效淬火变形的淬火过程,它为获取这种耐磨钢的较高机械性能提供了一些实际经验。

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