Finite Element Analyses and Model of Squeeze Casting Process for Producing Magnesium Wheels

Chang Jiang Lin; Yin Jin; Hong Qing Tang

doi:10.4028/www.scientific.net/AMR.557-559.2299

Paper Titles

Simulating Pipe Reactor of Biological Growth in Single-Phase Laminar Flow Based on Computational Fluid Dynamics and Reaction Dynamics by OpenFOAM
p.2279

Simulation Research on Filtration of High Temperature Dusty Gas Based on Foam Ceramic Material
p.2283

Spring-Damping Model of Moving Boundary in SPH
p.2288

Numerical Simulation of Oil- and Water-Sands Multiphase Flow in Gathered Pipes
p.2294

Finite Element Analyses and Model of Squeeze Casting Process for Producing Magnesium Wheels
p.2299

Motion Simulation of Key Components in a Package Machine
p.2303

The Simulation Analysis of the Forming Process of Polymer Microlens during Roll-to-Roll Hot Imprint Process
p.2307

Loess Cave Dwellings’ Safety Factor Based on SRM
p.2316

The Finite Element Mesomechanics Simulation of Polycrystal Martensitic Transformation’s Plastic Strain
p.2320

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 557-559Finite Element Analyses and Model of Squeeze...

Finite Element Analyses and Model of Squeeze Casting Process for Producing Magnesium Wheels

Abstract:

A finite element equation has been developed to simulate the squeeze casting process of a magnesium alloy wheel, a parametric model has been established to confirm the temperature field during filling and solidification process. The model can be used to investigate the effects of die design and process parameters (die temperature, pressure etc.) on the quality of castings.