Optimum Gate Design of the Injection Mold on Plastic Air Intake Manifold of Engine Based on CAE Technique

Xiang Hong Zhang; Shi Qiang Zhang; Zhong Yi Han

doi:10.4028/www.scientific.net/AMR.295-297.345

Paper Titles

Study on Microorganisms’ Immobilization by Different Support Materials in the UASB System
p.323

Preparation of TiO₂ -Pillared Montmorillonite as Application to the Control of Blue Green Algae Growth in Eutrophic Water
p.330

The Enhanced H₂S Sensing Behavior of Ag-Doped Porous SnO₂ Nanopowders Prepared by Template Method
p.337

Solvothermal Synthesis of the SnO₂ Nanomaterial for Highly Reversible Lithium Storage
p.341

Optimum Gate Design of the Injection Mold on Plastic Air Intake Manifold of Engine Based on CAE Technique
p.345

The Non-Combustibility of PTFE Fabric
p.349

Studies on Diamond Brazing Process (Part one)
p.353

Research and Development of a New Grouting Material for Blast Furnace
p.359

Self Adaptive Modeling and Deposited Metal Property of Rapid GMAW Forming
p.364

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Optimum Gate Design of the Injection Mold on Plastic Air Intake Manifold of Engine Based on CAE Technique

Abstract:

For plastic air intake manifold, the warpage is difficult to solve. By simulating injection process with Moldflow, researched warpage, air traps, weld lines of intake manifold. Analytic result showed four gates are better to Xiali 4GB plastic air intake manifold, and obtained the best gate’s location. Summarized some important experience on designing injection mould of plastic air intake manifold. Made out very instructive work to succeed to design injection mould of plastic air intake manifold.