Numerical Simulation on Temperature and Microstructure during Quenching Process of Large-sized AISI P20 Steel Die Blocks
作者:    发表时间: 2014-07-01   阅读次数: 864次

Numerical Simulation on Temperature and Microstructure during Quenching Process of Large-sized AISI P20 Steel Die Blocks

 

SONG Dong-li, GU Jian-feng, ZHANG Wei-min, LIU Yang, PAN Jian-sheng

 

Abstract: In this paper, a model of coupled thermal and phase transformation is described. The temperature and microstructure during the quenching process for large-sized AISI P20 steel die blocks have been simulated using the finite element method (FEM). The optimum quenching technology of large-sized AISI P20 steel die blocks has been proposed based on the simulation results, which not only can effectively avoid quenching cracks and obtain deeper hardened depth, but also can improve the microstructure and properties of the large-sized die blocks.

 

宋冬利-2004-14th-IFHTSE-材料热处理学报

Copyright 2014 © 上海交通大学材料改性与数值模拟研究所