Investigation of Geometrical Defect of AA6061-T4 Cold Embossing Using FEM

A.B. Abdullah; S.M. Sapuan; Z. Samad; H.M.T. Khaleed; N.A. Aziz

doi:10.4028/www.scientific.net/AMM.110-116.2337

Paper Titles

Facile Enrichment and Photocatalytical Degradation of Low Concentration MB in Aqueous Solution
p.2308

Design of Compliant Mechanisms of Distributed Compliance Using a Level-Set Based Topology Optimization Method
p.2319

Design a Fuzzy Logic Based Speed Controller for DC Motor with Genetic Algorithm Optimization
p.2324

Dynamic Analysis of Sandwiched Composite Foldable Structure under Heavy Vehicle Load
p.2331

Investigation of Geometrical Defect of AA6061-T4 Cold Embossing Using FEM
p.2337

Dynamic Analysis of the Bioprosthetic Heart Valve on Different Fixation
p.2342

Identification of Replica Modes in Integrally Bladed Rotor
p.2348

Study of Development Status and Future Development Proposals for Pulse Soild Rocket Motor
p.2354

Determination of Flow Characteristics and Turbulent Heat Transfer in a Ribbed Roughened Square Duct, Part 1: Turbulence Models
p.2359

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 110-116Investigation of Geometrical Defect of AA6061-T4...

Investigation of Geometrical Defect of AA6061-T4 Cold Embossing Using FEM

Abstract:

Accuracy of the net-shape manufacturing such as forging becomes critical as the process depends on many factors. Defect will harm the assembly tend to affect the performance of the part. Therefore, it must be detected and minimized it as soon as the manufacturing begins. Small size and complexity of the part limits the defective part to be assessed. The paper presents an investigation on the defect of the cold embossing pin. In this work, the effect of design and process parameters to the formation of defect was studied using 2-D FE analysis. The defect can be measured based on the incomplete filling of the region from the FE result. The results show that, the FE observations are in good agreement with the experimental result.