Hot Stamping Processing Experiments of Quenchable Boron Steel

Jun Bao; Zhong Wen Xing; Yu Ying Yang

doi:10.4028/www.scientific.net/MSF.575-578.299

Paper Titles

Thermal-Mechanical Analysis of Metal Forming Based on Meshfree Method
p.273

Finite Element Analysis of Slab Steel in the Process of Induction Heating
p.282

Research on Fast Calculation of Rigid Plasticity Finite Element Method in Hot Strip Rolling
p.288

The Finite Element Analysis of Serrated Chip Formation in High-Speed Cutting Auto Panel Dies
p.293

Hot Stamping Processing Experiments of Quenchable Boron Steel
p.299

Research on Cold Taper-Rolling Law of the Spiral Blade Based on Finite Element Method
p.305

Finite Element Analysis of Optimum Back Pressure during Equal Channel Angular Pressing
p.311

The Contrast Research of the Finite Element Simulation for Ordinary and Fine Blanking with Negative Clearance
p.316

Die Design of a Back Panel for a PDP TV Using 3-D Elasto-Plastic Finite Element Analysis
p.322

HomeMaterials Science ForumMaterials Science Forum Vols. 575-578Hot Stamping Processing Experiments of Quenchable...

Hot Stamping Processing Experiments of Quenchable Boron Steel

Abstract:

The quenchable boron steel is a novel type of ultra high strength steel used for automotive parts so as to reduce the weight of the whole automobile. The hot stamping processing experiments for bending parts were studied. The influence of the hot stamping processing parameters, such as the heating temperature, the heat holding time and the cooling water flow velocity, on the mechanics properties and microstructure of the hot stamping parts is obtained. And then the optimal ranges of these parameters are determined, which provides a basis for the control of the hot stamping process applied in complicated shape parts’ production.