国际上对并行工程研究的一个重要方面，是对可装配性设计(Design For Assembly，简称DFA)、可加工性设计(Design For Manufac—turing，简称DFM)等DFX技术的研究。
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用可装配性设计 design for assembly ; DFA
以利用可装配性设计 design for assembly ; DFA
可装配和可拆卸性设计 design for assembly and disassembly ; DFAD
装配和可拆卸性设计 design for assembly and disassembly
Under the background of industrialization and large-scale socialized production, DFA-Design for Assembly is being widely used in environment design field and has a prosperous future.
基于工业化、社会化大生产的背景，可装配性设计在环境设计领域得到了广泛的应用，并具有广阔的发展前景。
参考来源 - 展览馆展具可装配性设计研究·2,447,543篇论文数据，部分数据来源于NoteExpress
它可有效支持自顶向下的并行产品设计以及与主模型相关的可制造性设计和可装配性设计，以缩短产品开发周期。
It not only effectively supports the top-down combine product design but manufacturing design and assembling design related to main model as well so as to shorten the period of product development.
文章研究可装配性设计中的产品装配建模，提出一种以装配体为对象并能充分反映装配过程特点的二叉树装配模型。
In this paper, product assembly modelling is studied. A general binary tree model is presented which can reflect both the object oriented view and the assembly process view.
虚拟装配是虚拟制造的关键技术之一，它能有效支持自顶向下的并行产品设计以及与主模型相关的可制造性设计和可装配性设计，以缩短产品开发的周期。
As well as the manufacturing possibility design and assembling possibility design correlated with the master model, which will greatly reduce the products research and development period.
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