Research on the Minimum Rolled Thickness of Strip Steel in Cold Tandem Rolling

Shou Min Wu; Lie Sheng Wei; Gang Huang

doi:10.4028/www.scientific.net/KEM.622-623.993

Paper Titles

Optimization of Micro Cross Wedge Rolling and Surface Morphology of Micro Stepped Components
p.964

Prediction of Microstructure and Resulting Rolling Forces by Application of a Material Model in a Hot Ring Rolling Process
p.970

Process of Ontology Construction of Rolling Metal Sheets Industrial Process
p.978

Process Planning of Gear Rolling with the Finite Element Method
p.986

Research on the Minimum Rolled Thickness of Strip Steel in Cold Tandem Rolling
p.993

Residual Stress Distribution through Thickness in Cold-Rolled Aluminum Sheet
p.1000

Roll Design Method of Single–Stage Profile Ring Rolling Based on Modified UVDET
p.1008

Stress Field in Rolls under Load – Measurement and FEM Calculations
p.1015

Study of the Effect of Cyclic Strain Reversal on the Interactions between SRX and PPT in the Microalloyed Austenite during Hot Rolling Process
p.1023

HomeKey Engineering MaterialsKey Engineering Materials Vols. 622-623Research on the Minimum Rolled Thickness of Strip...

Research on the Minimum Rolled Thickness of Strip Steel in Cold Tandem Rolling

Abstract:

In consideration of the zone between rolls and deformed area where friction at roll-sheet interface is lower than predetermined value of Coulomb friction in rolling process of ultrathin strip steel, fully integrated with equipment and process features of cold tandem mills, after a large number of field experiments and theoretical studies, on the basis of the improvement of ultrathin strip steel rolling force model, with the allowable rolling pressure and production efficiency as constraint condition, a new calculated theory about the minimum rolled thickness was put forward. What’s more, the theory will be used in the productive practice of 1220 five-rack cold tandem mills of China. The technique has the value to be further popularized.