Numéro
J. Phys. IV France
Volume 120, December 2004
Page(s) 801 - 808
DOI http://dx.doi.org/10.1051/jp4:2004120093


J. Phys. IV France 120 (2004) 801-808

DOI: 10.1051/jp4:2004120093

Structure of the metallurgically oriented modelling system TK-StripCam for simulation of hot strip manufacture and application in research and production practice

U. Lotter, H.-P. Schmitz and L. Zhang

ThyssenKrupp Stahl, Postfach, 47161 Duisburg, Germany

ulrich.lotter@tks-cs.thyssenkrupp.com
hans-peter.schmitz@tks-cs.thyssenkrupp.com
liuyi.zhang@tks-cs.thyssenkrupp.com

Abstract
For the prediction of mechanical properties of hot strip from production conditions by metallurgically oriented computer assisted simulation it is necessary to model all the numerous metallurgical processes leading to the microstructure of the finished product. The relevant microstructural parameters, calculated in this way, finally are converted into mechanical properties by application of suitable algorithms. At ThyssenKrupp Stahl such a metallurgically oriented simulation system has been developed and established under the name TK-StripCam. It is based on empirical-physical models. It allows on the one hand to predict important mechanical properties with considerable precision from production parameters as rolling schedule, cooling conditions etc. On the other hand by means of the simulation system course and kinetics of each metallurgical process included may be studied. It is evident that in a steel plant such a powerful tool finds a great variety of applications extending from offline use as a tool for development of steels and processes to inline use in the rolling mill to control the mechanical properties during production. In this work details of the philosophy and structure of the simulation system and examples for its application are presented.



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