Study on the Prediction of Rolling Force of 16MnR Hot Rolled Plate

Xiao Long Li; Ying Li Wei; Yuan Zhang; Ya Qiang Tian; Jin Ying Song; Lian Sheng Chen

doi:10.4028/www.scientific.net/AMR.753-755.163

Paper Titles

Creep Age Formability of Friction Stir Welded 2A12 Aluminum Alloy Structures
p.145

Honeycomb Radiator Cold Extrusion Forming Research
p.149

Manufacture and Properties of P/M Bearing Caps
p.155

Design of Virtual Prototype for Cold Roll Forming Machine of Side Panel of Engineering Vehicles and Numerical Simulation of the Forming Process
p.159

Study on the Prediction of Rolling Force of 16MnR Hot Rolled Plate
p.163

Mixing Behavior and Flowing Property in Micro-Powder Injection Molding of Carbonyl Steel Feedstock
p.167

Study and Analysis on the Thermal Simulation of the Pressing Rollers in the Forming Process of Radial
p.171

Study on Ring Shape Chain once Shaped Die
p.176

Effects of Process Parameters on Wall Distribution Homogeneity during Hot Power Backward Spinning for 7075 Cast Aluminium Alloy Tube
p.179

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 753-755Study on the Prediction of Rolling Force of 16MnR...

Study on the Prediction of Rolling Force of 16MnR Hot Rolled Plate

Abstract:

Considering the insufficient recrystallization of austenite has an effect on deformation resistance, meanwhile, referring to the plate of controlling parameters in the hot rolling process, analysis and forecast of load parameters of rolling mill and motor per pass of its rolling process. The result shows that: The production of modern steel rolling, involved in the process, equipment problems associated with rolling load, must be taken into account in its internal organization of metal in the deformation process. The less recrystallization is, the greater the deviation of the calculated results. This should be distinguished from the traditional concept of rolling.