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首页> 外文会议>Proceedings of the 1999 ASME design engineering technical conferences >Evaluation of mechanical product architecture using interaction graphs to model part connectivity and joint strength
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Evaluation of mechanical product architecture using interaction graphs to model part connectivity and joint strength

机译：使用交互图对零件连接性和接头强度进行建模的机械产品架构评估

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摘要

Product performance, variety, manufacturability, logistics and life cycle ultimately depend upon porduct architecture. Product architecture includes both the foundations and building blocks uponwhich a mechanical system is conceived. It is a key element of Design for Manufacture (DFM). Until recently relatively little work has been done to fully understand these ramifications. A first step toward this goal is to better quantify the attributes of product architecture for mechanical assemblies. Using interaction graphs and the mathematics of graph theory, this paper proposes metrics for evaluating product architecture. These metrics cna be developed from information derived from the geometric design domain based upon part connectivity and joint strengths.
机译：产品性能，多样性，可制造性，物流和生命周期最终取决于产品架构。产品架构既包括基础，也包括构建机械系统的基础。它是制造设计（DFM）的关键要素。直到最近，为充分了解这些后果所做的工作还很少。朝此目标迈出的第一步是更好地量化机械装配产品架构的属性。利用交互图和图论的数学原理，本文提出了评估产品架构的指标。这些度量可以从基于零件连接性和接头强度的几何设计域得出的信息中开发。

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