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

Jing Kui Ruan; Ying Lin Ke; Yong Yang

doi:10.4028/www.scientific.net/MSF.575-578.293

Paper Titles

Study on Flow Stress Model of a Microalloyed High Strength Steel in CSP Hot Rolling
p.267

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

HomeMaterials Science ForumMaterials Science Forum Vols. 575-578The Finite Element Analysis of Serrated Chip...

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

Abstract:

On the base of analyzing material constitutive model, chip-tool contact friction, and chip separation and fracture, a finite element model (FEM) was built to study the high-speed machining process of alloy cast-iron. The shaping process of serrated chip in high-speed milling alloy cast-iron was simulated and analyzed in detail. It was shown that machining parameters affect the serrated chip forming greatly. The model can be used to optimize machining parameters, prolong tool life and improve machining surface quality.