Recent developments in modeling of hot rolling processes:Part Ⅰ-Fundamentals
The numerical simulation of industrial rolling processes has gained substantial relevance over the past decades.A large variety of models have been put forward to simulate single and multiple rolling passes taking various interactions between the process,the microstructure evolution and the rolling mill into account.On the one hand,these include sophisticated approaches which couple models on all scales from the products microstructure level up to the elastic behavior of the roll stand.On the other hand,simplified but fast models are used for on-line process control and automatic pass schedule optimization.This publication gives a short overview of the fundamental equations used in modeling of hot rolling of metals.Part Ⅱ of this paper will present selected applications of hot rolling simulations.
Hot rolling Finite Element Method Elementary theory Recrystallization Through-process modeling ICME
Gerhard Hirt Markus Bambach Simon Seuren Thomas Henke Johannes Lohmar
Institute of Metal Forming,RWTH Aachen University
国际会议
沈阳
英文
222-230
2013-07-06（万方平台首次上网日期，不代表论文的发表时间）