Development and Application of Experimental Facilities for Steel Forming

Zong An Luo; Guo Dong Wang; Xianghua Liu; Jian Ping Li; Li Jun Wang; Fu An Hua

doi:10.4028/www.scientific.net/MSF.575-578.1428

Paper Titles

Analysis of Worm Cutting Characteristics in Whirling Process
p.1402

Analysis on Section Effect of Heavy Plate by Finite Element Method during Controlled Cooling
p.1407

Effects of Vanadium and Rare-Earth on Carbides and Properties of High Chromium Cast Iron
p.1414

The Multi Physical Fields Modeling for 7B50 Aluminum Alloy Semi-Continuous Casting Process
p.1422

Development and Application of Experimental Facilities for Steel Forming
p.1428

The Multi-Scale FEM Simulation of Wire Fracture during Drawing of Perlitic Steel
p.1433

Research and Simulation of Influence of Different Pressing Velocity on Powder Metallurgic Products Properties
p.1439

Impact of Rolling Conditions on Propagation of a Potential Crack
p.1445

Applications of Dyes in Material Science Research
p.1451

HomeMaterials Science ForumMaterials Science Forum Vols. 575-578Development and Application of Experimental...

Development and Application of Experimental Facilities for Steel Forming

Abstract:

In order to meet the demand of steelmakers, series of experimental facilities such as thermo-mechanical simulator, pilot hot rolling mills, controlled cooling system, pilot cold rolling mills, simulator for continuous annealing of strips, and hot-dip galvanizing simulator have been developed and applied by the RAL. These instruments can be used to simulate different processing technologies of steel forming which include continuous casting, hot rolling, controlled cooling, cold rolling, annealing and surface treatment(such as coating), etc. They provide unique research means for the R&D activities of China’s iron and steel industries. The characteristics, experimental functions, performance parameters and application of these facilities are introduced in the paper.