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FORMALIZING FLOW RELATIONSHIPS IN DATA ARCHIVAL AND REUSE FOR PRODUCT DESIGN

机译:在数据档案中的形式化流动关系和产品设计重用

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This paper explores the relationship between primary and carrier flows for design knowledge archival and reuse. Often, it is noted that flows (especially when modeling materials and signals) through an engineered system are accompanied by supporting flows (often energies). These accompanying flows (termed carrier flows), while being important to the overall (or black box) functionality of the system, are often of lesser interest during functional modeling activities related to conceptual design. However, when modeling a system for archival and reuse, not capturing these flows could hinder some of the more creative leaps where flows once used as a carrier flow in a system are now identified as viable primary flows. When systems are modeled utilizing primary/carrier flow designations, it may be easier to search and locate analogous systems. From a knowledge reuse standpoint, the physical solutions to carrier flows in one system may also be the physical solutions to primary flows in another design scenario. To assist with modeling, known primary/carrier flow combinations are presented in this paper. Modeling, archival, and reuse are presented, and the potential to identify creative leaps is explored.
机译:本文探讨的关系之间初级和载体流过用于设计知识存档和重用。通常,应该注意的是(特别是当造型材料和信号)通过工程化的系统都伴随着支撑流(经常能量)流动。这些附图流(称为载体流过),而被整体(或黑盒子)该系统的功能非常重要,在涉及到概念设计功能建模活动往往不太感兴趣的。然而,造型用于存档和再利用,而不是捕捉这些流量可能会阻碍一些地方流曾被用作系统中的一个载体流比较有创意的飞跃的系统时,现在确定为可行的主要流向。当系统被建模利用主/载流子流的指定,它可以更容易地搜索和定位类似的系统。从知识重用的观点来看,以载体的物理解决方案在一个系统流也可以是在另一种设计方案中主流程的物理解决方案。为了帮助建模,已知的主/载流子流的组合在本文提出。建模,归档和重用等,并针对潜在找出创造性的飞跃探索。

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