装配体分解是困扰基于ICT的产品反求的瓶颈环节，零件分解是装配体分析的关键。
Part segmentation for assembles is the bottleneck in the ICT-based production reverse design, and it is the key problem for assemble analysis.
通过分析组成装配体的零件特征，提出了连接结构的概念。
By analyzing the features of assembly's parts, concept of connecter-structure was proposed.
该文针对火炮炮尾炮闩机构提出了对其进行装配体有限元分析的方法和建模原理。
The principle and methodology of assembly level finite element modeling and analysis of gun breech mechanism were put forward in this paper.
拆卸方向的自动生成是拆卸分析中的重要问题，它仅依赖装配体的配合面。
The automatic creation of disassembly direction is key problem of disassembly analysis, depended on the fitting surface of assembly parts.
利用大型非线性有限元MARC ，对某自动迫击炮浮动炮闩闭气结构，进行了三维装配体有限元建模和动态弹塑性分析，获得了关键闭气构件的应力、塑性应变和变形的动态响应。
D assembly FE modeling and dynamic elastoplastic analysis are carried out for the obturator structure of a floating gun breech mechanism by using nonlinear finite element code MSC MARC.
误差分析中装配函数的构造在装配体尺寸质量评价中扮演重要的角色。
The assembly function constructed in variation analysis plays an important role during evaluation of dimensional quality of an assembly.
在本文中完成了以下的工作：(1)通过分析装配体中零部件之间的约束关系，建立装配体的有向功能关系图(OFRG)装配模型。
In this paper, the following tasks have been accomplished: (1) Analyzing the constraint relation of parts to accomplish Oriented Functional Relationship Graph (OFRG) assembly modeling.
在此基础上提出了一种新型的软件体系结构：面向对象的业务处理环节装配体系结构，并详细分析了该体系结构的优势和特点。
This paper presents a new kind of software architecture-object-oriented Processing Steps Assembling architecture (OPSAA). Advantages and characteristics of OPSAA are expatiated in the paper.
在此基础上提出了一种新型的软件体系结构：面向对象的业务处理环节装配体系结构，并详细分析了该体系结构的优势和特点。
This paper presents a new kind of software architecture-object-oriented Processing Steps Assembling architecture (OPSAA). Advantages and characteristics of OPSAA are expatiated in the paper.
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