Experimental and Numerical Study on Surface Damage of Dual-Phase Steel Sheet during Stamping

Zhong Qi Yu; Li Sun; Jing Gao

doi:10.4028/www.scientific.net/AMM.598.23

Paper Titles

The Assessment of Material Characteristic Using Vibration Signal Analysis during Drilling Process
p.3

3D MС Simulation of Grain Growth Kinetics and the Zener Limit in Polycrystals
p.8

Characterization and Corrosion Behavior of Multilayer [TiN/TiCN]n Growth on AISI 316LVM Steel
p.13

A Method of Fabricating T Shape Nanochannel on Silicon Substrate
p.18

Experimental and Numerical Study on Surface Damage of Dual-Phase Steel Sheet during Stamping
p.23

A Study of TMF Characteristics of Ni-Base Superalloy IN738LC
p.28

The Viability of Composite Membrane in Treating Produced Water from Oil and Gas Field in Malaysia
p.33

Iterative Taguchi Analysis: Optimizing the Grain Boundary Carbide in Hadfield Steel
p.38

Optimization of Heat Treatment in Manganese Steel by Taguchi Method
p.43

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 598Experimental and Numerical Study on Surface Damage...

Experimental and Numerical Study on Surface Damage of Dual-Phase Steel Sheet during Stamping

Abstract:

In this study, a U-channel bending test with tension were used to evaluate the surface damage resistance of dual-phase (DP) steel against heat treated Mo-Cr cast iron, and a numerical simulation model of the U-channel bending were developed to analyze the interface contact pressure on formed part that is an important influencing factor of surface damage. Investigation results for two bare steel sheets DP780 and DP590 demonstrate that DP780 steel showed more severe surface damage on formed part, and that for the steel DP780 greater interface contact pressure is induced as a result of effect of larger plastic deformation.