Modeling and simulation of primary solidification process of steel

G. Tirian, O. Proștean, I. Filip, C. Pinca-Bretotean
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Abstract

This paper provides a modeling of the phenomenon of solidification and cooling of continuously cast semi-finished, based on the finite difference method. Also, to validate the model and conducted a simulation with “Tirsim” program. In the process of continuous casting, the melting pot is passed, through the intermediary of the distributor, in the water-cooled crystallizer tank. In this way, a crust forms here which is solidified at the exterior, and one of the great problems is its cracking or even it's tearing, due to several factors. This phenomenon determines the stopping of the technologic process and significant economic losses.
钢初次凝固过程的建模与仿真
本文基于有限差分法对连铸半成品的凝固和冷却现象进行了建模。并利用“Tirsim”程序对模型进行了仿真验证。在连铸过程中,坩埚通过分配器这一中介,在水冷结晶槽内通过。就这样,在这里形成了一层外壳,它的外部是凝固的,其中一个大问题是它的开裂甚至撕裂,这是由几个因素造成的。这种现象决定了工艺过程的停止和重大的经济损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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