Affiliation:
1. Inner Mongolia University of Science and Technology
Abstract
In order to guarantee organization and performance requirements of H-beam, a certain compression ratio is needed from stock to products. This paper choose blank special-shaped billet, using DEFORM finite element software, simulated and analyzed change rule of H-beam equivalent strain when beam blank is cogging. Simulation results show that:The compression ratio is 10.78 from stock to products. The stock dimension meet requirements of from A hole to CCS rolling after BD cogging. The equivalent strain rule during the entire process of beam blank cogging is mainly focus waist and haunch joint.
Publisher
Trans Tech Publications, Ltd.
Reference4 articles.
1. Xiaoguang Jin. Theory and experiment research in the H-beam continuous rolling process[D]. Hebei: YANSHAN UNIVERSITY, 1995: 1-15.
2. Wenzhi Zhang. Calculation of Temperature and determination of deformation resistance in H-beam rolling (1) temperature variation in a stand. Journal of materials processing technology[C]. 1999, 94: 123-127.
3. Jianjun Liu, Hong de Cao, Wencai Zhao. Three-dimensional elastic-plastic finite element calculation method of unit pressure distribution of web in the H-beam rolling [J]. steel, 1994, 29(4): 29-33.
4. Xudong Xu. Numerical Simulation Analysis in the H-beam Rolling [J]. steel, 2005, 40(7): 56-59.