面向制造的设计技术和方法是并行设计技术的重要内容和研究热点之一，实时的零件可制造性分析系统是DFM技术的重要组成内容。
Technique and methodology of design for manufacture(DFM) is one of the most hot researches of concurrent design, and real-time manufacturability analysis system of part is important part of DFM.
针对零件的可制造性设计，研究制造信息的获取与表达方法。
According to design for manufacturability of the parts, the method was studied to access representation of manufacturing information.
基于特征对零件设计与工艺设计的并行过程进行分解与重组，基于特征进行零件设计、工艺设计和可制造性评价。
The concurrent process of CAD/CAPP is decomposed and re organized based on feature. The design, process planning and manufacturability evaluation of parts is implemented based on feature.
卷绕成形是一种能够制造功能性零件，特别是金属零件，效率高成本低可 直接应用于工业生产的 材料添加制造方法。
To solve the major problem of additive fabrication, tins paper puts forward a new process to produce functional parts, especially metal parts, named Rolling Shaping Process (RSP).
卷绕成形是一种能够制造功能性零件，特别是金属零件，效率高成本低可 直接应用于工业生产的 材料添加制造方法。
To solve the major problem of additive fabrication, tins paper puts forward a new process to produce functional parts, especially metal parts, named Rolling Shaping Process (RSP).
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