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Optimized Design of Injection Mould for Mobile Phone Front Shell Based on CAE Technology

机译:基于CAE技术的手机前壳注射模具优化设计

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摘要

There is a lot of limitations in the traditional process of mould design and manufacturing. With the development of the science and technology, especially in the field of the computer, CAE technology begins to be applied widely in the process of modern mould design and manufacturing. The results of CAE simulation analysis of injection molding can provide reliable and optimized reference data for mould design and manufacturing. Applying CAE simulation analysis technology of injection molding can not only increase the probability of success in mould test but also improve greatly the quality of mould design and manufacturing. In this paper, the injection molding process of mobile phone front shell is analyzed. The best position of gate is discussed by using the Moldflow software. The optimized design scheme of feed system is determined in view of the particular structure of the plastic part. Then the simulation flow analysis of injection molding is carried into execution. On the basis of CAE analysis of injection molding, the whole injection mould structure is designed and the working procedure of injection mould is stated.
机译:传统的模具设计和制造过程中存在很多局限性。随着科学技术的发展,特别是在计算机领域,CAE技术开始在现代模具设计和制造过程中广泛应用。注塑成型CAE仿真分析的结果可以提供用于模具设计和制造的可靠和优化的参考数据。应用CAE仿真分析技术注塑成型技术不仅可以提高模具试验成功的可能性,而且还提高了模具设计和制造的质量。本文分析了移动电话前壳的注射成型过程。通过使用模具流软件讨论了门的最佳位置。考虑到塑料部件的特定结构来确定进料系统的优化设计方案。然后进行注塑的模拟流动分析。基于注射成型的CAE分析,设计了整个注塑模具结构,并说明了注射模具的工作步骤。

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