从设计到评估:注塑成型的桌面CAE

Jun Hu
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引用次数: 0

摘要

在过去的几年中,注塑模具的CAE工具有了显著的改进。在此之前,先进的模拟提供了有关零件和模具设计的丰富信息。一个常见的抱怨是执行高级模拟需要太多时间。这是桌面CAE工具越来越受欢迎的部分原因,这些工具为那些希望提高质量、增加盈利能力和消除关键产品和模具设计效率低下的人提供了快速、有用的结果。本文讨论了最近开发的桌面CAE技术,该技术大大减少了运行高级模拟所需的时间,并快速评估材料选择,模具填充,零件设计和流道平衡问题,还优化了周期时间并生成工程报告。
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Design to Evaluation: Desktop CAE for Injection Molding
CAE tools for injection molding have been dramatically improved in the past several years. Prior to this period, advanced simulations provided a wealth of information about a part and mold design. A common complaint was that too much time was required to perform an advanced simulation. This is the part of reason for the rise in popularity of desktop CAE tools, which provide fast, useful results for those who wish to improve quality, increase profitability and eliminate inefficiencies in critical product and mold design. This paper discusses recently developed desktop CAE technology which greatly reduces the time required to run advanced simulations and quickly evaluates material selection, mold filling, part design, and runner balancing issues, and also optimizes cycle time and generates engineering reports.
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