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Flowing simulation of injection molded parts with micro-channel
引用本文:崔志香,司军辉,刘春太,申长雨.Flowing simulation of injection molded parts with micro-channel[J].应用数学和力学(英文版),2014,35(3):269-276.
作者姓名:崔志香  司军辉  刘春太  申长雨
基金项目:Project supported by the National Natural Science Foundation of China(Nos.51303027 and 11172271);the Scientific Research Staring Foundation,Fujian University of Technology of China(No.GY-Z13028);the Research Fund of Fujian Education Department(No.JA11189);the Research Fund for Enterprise Technology Innovation(No.2011-702-04)
摘    要:


Flowing simulation of injection molded parts with micro-channel
Zhi-xiang Cui,Jun-hui Si,Chun-tai Liu,Chang-yu Shen.Flowing simulation of injection molded parts with micro-channel[J].Applied Mathematics and Mechanics(English Edition),2014,35(3):269-276.
Authors:Zhi-xiang Cui  Jun-hui Si  Chun-tai Liu  Chang-yu Shen
Institution:1. School of Materials Science and Engineering, Fujian University of Technology, Fuzhou, 350108, P.R. China
2. National Engineering Research Center for Advanced Polymer Processing Technology, Zhengzhou University, Zhengzhou, 450002, P.R. China
Abstract:In the micro-molding of component with a micro-sized channel, the ability for polymer melt to flowing into the micro-channel in a macro-sized part is a big challenge. The multidimensional flow behaviors are included in the injection molding the macro-component with a micro-channel. In this case, a simplified model is used to analyze the flow behaviors of the macro-sized part within a micro-channel. The flow behaviors in the macro-cavity are estimated by using the finite element and finite difference methods. The influence of the injection rate, micro-channel size, heat transfer coefficient, and mold temperature on the flowing distance is investigated based on the non-isothermal analytic method. The results show that an increase in the radius of the micro-channel and mold temperature can improve effectively the flowing distance in the micro-channel.
Keywords:micro-injection molding  flowing simulation  micro-channel
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