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Optimization of molding parameter effect to warpage and shrinkage based on plastic flow simulation software: handphone casing

机译:基于塑性流动模拟软件:手机外壳,优化成型参数对翘曲和收缩的影响

摘要

Injection molding is a manufacturing process for producing part for both thermoplastic and thermosetting plastic material. Objective of this project to determine the parameter effect to the warpage and shrinkage of the handphone casing and to determine the optimization parameter for reduce the warpage and shrinkage. For this project 3D scanner are use to scan the hand phone casing to get the parameter and analyse with MoldFlow simulation software to optimize the effect to warpage and shrinkage. Shrinkage and warpage tendencies in molded parts,are influenced by actions taken in each and all of the manufacturing stages of part design, material selection, tool design, and processing. The mold temperature(MT), packing time (Pt), packing pressure (PP) and cooling time (Ct) in the packing stage are considered as machining parameters. As increase in mold temperature (MT), the shrinkage also increase and as increase in cooling time (Ct), the shrinkage decrease. Other than that, as increase the packing pressure (PP), the shrinkage usually decrease.
机译:注射成型是用于生产热塑性和热固性塑料材料零件的制造过程。该项目的目的是确定参数对手机外壳翘曲和收缩的影响,并确定减少翘曲和收缩的优化参数。对于该项目,使用3D扫描仪扫描手机外壳以获取参数,并使用MoldFlow仿真软件进行分析,以优化对翘曲和收缩的影响。成型零件的收缩和翘曲趋势受零件设计,材料选择,工具设计和加工的每个制造阶段所采取措施的影响。保压阶段的模具温度(MT),保压时间(Pt),保压压力(PP)和冷却时间(Ct)被视为加工参数。随着模具温度(MT)的增加,收缩率也增加;随着冷却时间(Ct)的增加,收缩率也降低。除此之外,随着填料压力(PP)的增加,收缩率通常会降低。

著录项

  • 作者

    Mohd Norhafizi Rohaizat;

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  • 年度 2010
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