The knowledge-based engineering(KBE)technology was applied to the planning of stamping process for automobile body metal sheets.
提出了将KBE方法应用于汽车覆盖件冲压工艺设计，叙述了基于知识的拉伸工序件设计过程。
We develop framework of collaborative design system for PLC under the KBE (Knowledge-Based Engineering) environment.
在基于知识的工程环境下，研制面向产品生命周期的协同设计系统框架。
According to the characteristics and current status of mutual-inductor mould, KBE (Knowledge-Based Engineering) technology is applied to its design.
根据互感器模具的特点和应用现状，将基于知识的工程(KBE)技术应用于互感器模具设计。
On the basis of an analysis of the difference between Expert system for design and Knowledge-based Engineering (KBE), the importance of applying KBE to the field of die-design is proposed.
在分析设计型专家系统与基于知识的工程的区别基础上，提出了基于知识的工程(KBE)应用于模具设计的重要性。
The optimization approach of the lamp injection moulding technics is studied based on the KBE (Knowledge Based Engineering) and CAE (Computer Aided Engineering) technology.
本文以知识工程和CAE模拟分析技术为理论基础，进行了车灯注塑工艺优化的研究。
The optimization approach of the lamp injection moulding technics is studied based on the KBE (Knowledge Based Engineering) and CAE (Computer Aided Engineering) technology.
本文以知识工程和CAE模拟分析技术为理论基础，进行了车灯注塑工艺优化的研究。
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