Research of Favorable Conversion of Friction during Powder Compaction

De Guang Wang; Yu Cheng Wu; Ming Hua Jiao; Ting Xie; Jian Wei Yu

doi:10.4028/www.scientific.net/MSF.575-578.443

Paper Titles

Simulation of Molding Flow of Sheet Molding Compound in Complicated Dies
p.422

Finite Element and Experimental Analysis of Three-Dimensional Flow State of Plastic Melt in Slit Die Section
p.427

Temperature Prediction of Seven-Pass Finishing Rolling of Hot Thin Strips by FEM
p.432

Research on the Intramode Canning Hot Forging Process for Mn18Cr18N Retaining Ring
p.438

Research of Favorable Conversion of Friction during Powder Compaction
p.443

Simulation of Three-Dimensional Stress Distribution in Compression Dies
p.449

Simulation of the FGH96 Superalloy Microstructural Changes under Different Deformation Conditions
p.455

Investigation into the Warm Extrusion for Micropart with Laser-Aided Heating Method
p.462

Strength Analysis of Elastic Bar Based on ANSYS Simulation
p.468

HomeMaterials Science ForumMaterials Science Forum Vols. 575-578Research of Favorable Conversion of Friction...

Research of Favorable Conversion of Friction during Powder Compaction

Abstract:

The warm powder compaction process is simulated by the finite element analysis software which is MSC/MARC. The thermal mechanically coupled analysis method is applied based on the updated Lagrangian Method to study the influence of different velocities ratio of die and punch υdie/υup-punch on the properties of green under different frictional condition. The results indicate that for cylindrical powder metallurgic products, different velocity ratios have great influence on the distribution of relative density and equivalent stress. The frictional force can be converted to the favorable force through adjusting the velocity ratio, and this method can obtain higher uniform distribution of relative density and stress of green.