Casting Process Simulation of the Ball Milling Machine End Cover with a Hug Diameter

Wen Yan Wang; Jing Pei Xie; Ji Wen Li; Ai Qin Wang; Luo Li Li; Hua Yan; Hui Min Zhang

doi:10.4028/www.scientific.net/MSF.575-578.98

Paper Titles

Simulation and Investigation on Physical Properties of Continuous Casting Slab AH36 at High Temperature
p.75

Numerical Study of Liquid Core Solidification in Influence of Soft Reduction Deformation on Steel Slab Continuous Casting Process
p.80

Numerical Study on Mold Filling Process of Casting
p.87

Thermal Analysis of Whirling Unit Attached to Thread Whirling Machine
p.93

Casting Process Simulation of the Ball Milling Machine End Cover with a Hug Diameter
p.98

Numerical Simulation of Die-Casting Mold Filling Process by Using Fractional Step Method
p.104

A Cellular Automata Model for Dendrite Structure Simulation
p.109

Numerical Simulation on the Dendritic Spacing and Microporosity in A356 Alloy Ingot
p.115

Coupled Numerical Simulation on Heat, Flow and Solution Transport in Double-Stream-Pouring Continuous Casting
p.121

HomeMaterials Science ForumMaterials Science Forum Vols. 575-578Casting Process Simulation of the Ball Milling...

Casting Process Simulation of the Ball Milling Machine End Cover with a Hug Diameter

Abstract:

The solidification process, the formation mechanism and distribution law of microporosity of the ball milling machine head cover made by SVEDALA corporation of USA were simulated by computer. The Solidworks software was used to generate three-dimensional model of cast parts and the Hua-casting software was employed to simulate the casting process. The simulated results show that significant microporosity was found in the middle of two casting heads and at the place of gudgeon journal because of insufficient chilling degree. The processing rationality was judged through the computer-aided technology, by which some drawbacks of the traditional process were overcome and the process design quality was improved.