The Development of Short Stress Path Experimental Asymmetric Multifunctional Rolling Mill

Ze Jun Chen; Guang Jie Huang; Jian Jun Min; Boa Hua Qian

doi:10.4028/www.scientific.net/AMR.145.171

Paper Titles

Key Equipment and Innovative Technology for Tempering of Super Thin Strip
p.145

Online Quality Prediction of Strip Hot-Dip Galvanizing Based on Support Vector Regression
p.153

Analysis of the Mill Roller Bearing Using Mixed Fast Multipole Boundary Element Method
p.159

Optimization of Rolling Schedule in Tandem Cold Mill Based on QPSO Algorithm
p.165

The Development of Short Stress Path Experimental Asymmetric Multifunctional Rolling Mill
p.171

Analysis on Diffusion Parameters of Rolling Mill Bearing Alloy-Interface
p.177

Finite Element Simulation of the Hot-Rolling Process of Titanium Alloy Bar
p.181

3-D Finite Element Simulation of the Vertical-Horizontal Rolling Process
p.187

Simulation of Automatic Position Control in an 8-High Cold Rolling Mill Hydraulic System
p.193

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 145The Development of Short Stress Path Experimental...

The Development of Short Stress Path Experimental Asymmetric Multifunctional Rolling Mill

Abstract:

This paper describes the development and design of a novel short stress path rolling mill which is used for teaching and research. The rolling mill can implement the asymmetric rolling by the way of the adjustment of upper roll speed, and also working as conventional rolling when the roll speeds of two rolls are equal. The rolling mill can produce not only the plate and sheet, but also profiles by the roll of different grooves. The rolling mill is appropriate for the rolling of the steels and nonferrous metals. In this paper, the design ideas and main parameters of principal components are presented with respect to the new rolling mill. It can provide references for the design and manufacture of rolling mill of similar functions and structures.