A Study of Fine Blanking Process by FEM Simulation

Gang Fang; P. Zeng

doi:10.4028/www.scientific.net/KEM.261-263.603

Paper Titles

Finite Element Analysis on the Scoring and the Opening Process of Steel Can
p.579

Equivalent Finite Element Modeling of Thick Composite Structures for Analysis of Composite Hingeless Hub System
p.585

A Study on the Stability Analysis According to Hinge Condition of Micro Stage for Micro Cutting Machine
p.591

Stress Analysis and Design Strategy for Lightweight Car Seat Frame
p.597

A Study of Fine Blanking Process by FEM Simulation
p.603

Buckling of Functionally Graded Circular/Annular Plates Based on the First-Order Shear Deformation Plate Theory
p.609

Elastic Buckling Strength of Restrained Orthotropic Web Plates
p.615

Elastic Web Buckling Strength of Pultruded Flexural Members
p.621

Elastic Local Buckling of Transversely Isotropic Thin-Walled Compression Members with Varying Thickness
p.627

HomeKey Engineering MaterialsKey Engineering Materials Vols. 261-263A Study of Fine Blanking Process by FEM Simulation

A Study of Fine Blanking Process by FEM Simulation

Abstract:

Fine blanking process with V-ring was simulated with FEM. The geometric parameters of the die, the punch, the serrated ring and the sheet are modeled. In this paper, some other assumptions are made for the analysis. The workpiece is considered as elastic-plastic material, while the tools are defined as rigid bodies. The damage model taking into account the influence of hydrostatic stress is used to simulate material fracture in blanking. The stress status and forming process are analyzed. Authors also investigated the effect of distance from tooth to die edge on roll-over high. The simulation can reflect the laws of fine blanking process.