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Effect of Quenching Variables on Distortion and Residual Stresses

机译:淬火变量对变形和残余应力的影响

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摘要

Using DEFORM™ finite element analysis (FEA) software, the effect of typical quenching processing variables on the hoop and radial residual stresses developed during quenching on a simple geometry (a cylinder). Process variables investigated included Racking, Quench Path, Slenderness, and Immersion Rate. Material properties evaluated include Martensite Start Temperature (M_s). The results showed that the Martensite Start Temperature (M_s) and racking were the predominate main effects in controlling residual hoop and radial stresses.
机译:使用DEFORM™有限元分析(FEA)软件,在简单几何形状(圆柱体)上,典型的淬火加工变量对淬火过程中产生的环向和径向残余应力的影响。研究的过程变量包括机架,淬火路径,细长度和浸入率。评估的材料特性包括马氏体起始温度(M_s)。结果表明,马氏体起始温度(M_s)和齿条是控制残余环向和径向应力的主要主要作用。

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