CAE for Injection Molding: What’s Next?

Kuo K. Wang
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Abstract

After a well-focused research effort over the past quarter of a century, CAE for injection molding has become a common engineering tool used widely in industrial practice. Today, part and mold designers readily make use of CAE software tools to make rational design decisions based on scientific principles rather than solely on prior experiences. While the common goal of the industry is to produce plastic parts anywhere in the world at the lowest cost, with the best quality and fastest speed to market, a missing link in an integrated production system seems to lie in the ability at the shop floor to control the molding process automatically and adaptively without compromising part quality. As the IT (Information Technologies) and Web-based engineering continue to strive, the injection molding industry would benefit immensely to achieve its goals. This paper discusses some issues on technical challenges and opportunities.
注射成型CAE:下一步是什么?
经过近四分之一世纪的深入研究,CAE注塑成型技术已成为一种广泛应用于工业实践的通用工程工具。今天,零件和模具设计师很容易利用CAE软件工具根据科学原理做出合理的设计决策,而不仅仅是根据以前的经验。虽然该行业的共同目标是以最低的成本在世界任何地方生产塑料零件,以最好的质量和最快的速度进入市场,但集成生产系统中缺失的一个环节似乎在于车间自动和自适应控制成型过程而不影响零件质量的能力。随着IT(信息技术)和基于web的工程继续努力,注塑行业将极大地受益于实现其目标。本文讨论了有关技术挑战和机遇的一些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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