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Augmenting conceptual design with manufacturing: an integrated generic task approach

机译：通过制造增强概念设计：集成的通用任务方法

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摘要

The consideration of manufacturing expertise can improve both the quality and the speed of artifact design by helping to evaluate the ease with which an artifact can be manufactured. Most work in this area has addressed the detailed state of the design process and has required pprecise CAD-like representations. To make the most effective use of this expertise, however, design for efficacious manufacturing should also be a concern in the conceptual stage of the design process. This paper describes a computational approach that generates conceptual fabrication plans given a qualitative description of a design. This system contains expert-level knowledge from the composites manufacturing community and incorporates a comprehensive ontology into a framework for representing conceptual manufacturing plans. The Generic Task approach serves as the broad methodological foundation for these developments. Polymer composite structural elements of an unmanned aerial vehicle (UAV) are used to test this conceptual fabrication planning system.
机译：考虑到制造专业知识，可以通过帮助评估工件的制造容易程度来提高工件设计的质量和速度。该领域的大多数工作都涉及设计过程的详细状态，并且需要精确的类似于CAD的表示形式。但是，为了最有效地利用这种专业知识，有效设计的设计在设计过程的概念阶段也应予以关注。本文介绍了一种计算方法，该方法在给出定性设计说明的情况下生成概念性制造计划。该系统包含来自复合材料制造社区的专家级知识，并将全面的本体整合到了表示概念性制造计划的框架中。通用任务方法是这些发展的广泛方法论基础。无人机（UAV）的聚合物复合结构元件用于测试此概念制造计划系统。

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