An industrial case study of feature-based in-process workpiece modeling
SMC（2012）
摘要
Distributed, collaborative, and integrated product development with dynamic and reconfigurable manufacturing environments require more holistic information model to support its use throughout the product lifecycle. In this paper, a multiple dimensional in-process workpiece (MDIPW) is created based on dynamic feature information model (DFIM). The MDIPW is able to adjust its forms of expression through creating associations between feature-based models and manufacturing resources. These associations as representation of knowledge are embedded into the MDIPW, and make it more intelligent. The generated inprocess workpiece is a solid model which can be used for other purposes, such as inspection points generation.
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关键词
solid model,dfim,holistic information model,production engineering computing,inspection,manufacturing systems,product life cycle management,collaborative development,product development,knowledge representation,product lifecycle,industrial case study,dynamic feature information model,reconfigurable manufacturing environments,feature-based,in-process workpiece,solid modelling,multiple dimensional,dynamic manufacturing environments,mdipw,multiple dimensional in-process workpiece,inspection points generation,feature-based models,feature-based in-process workpiece modeling,manufacturing,solids,geometry,solid modeling,face
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