Design of Injection Mold and Research of Process for Plastic Parts Based on CAE Analysis

Dong Mei Jiao; Fang Deng; Wei Min Yang

doi:10.4028/www.scientific.net/KEM.717.122

Paper Titles

The Numerical and Experimental Research of Impacts that Shearing Action and Stretching Action of Open Mill Mixing Have on Rubber Mixing Properties
p.91

Study of Grinding Hardening Force Based on the Influence of Grinding Arc Temperature and Workpiece Deformation
p.98

Temperature Effect on Sorption Capacity of PP Melt Electrospun Ultrafine Fibers in Marine Oil Spill Clean up
p.104

The Effect of Low-Intensity Static Magnetic Field on Ni-P-PTFE Electroless Composite Plating Coatings
p.112

Review of Research Progress on Size Effect in Micro-Forming
p.118

Design of Injection Mold and Research of Process for Plastic Parts Based on CAE Analysis
p.122

Compressive Properties of Rock Mass with Horizontal Weak Interlayer
p.131

A Study of Creep Similarity Criterion of Soft Rock in Temperature-Stress Environment
p.136

Experimental Study on Self-Made Similar Material of Soft Rock
p.140

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Design of Injection Mold and Research of Process for Plastic Parts Based on CAE Analysis

Abstract:

The injection molding of plastic parts was simulated and analyzed by MOLDFLOW. Based on the result of mold flow analysis, we can optimize the structure of the mold, select equipment, determine parameters of process, and predict potential defects. The CAE technology could improve mold design ability, shorten plastic parts development cycle, improve the quality of plastic parts, reduce costs, and strengthen competitive power.