Most modern manufacturing companies use a PLM/PDM system for documenting and managing product data. Companies use their PLM/PDM system for management of CAD files, documents, and drawings, but they do not take advantage of the full potential of the system to support modularisation. The objective of this research is to develop an approach for improving the role of PLM/PDM systems as supporting tools for developing modular product families. The approach is based on a visual product architecture model; representing a product family seen from a functional system perspective and a physical modular perspective. By means of a software program, product structures visual modelled can be imported to a PLM system, forming so called upper structures. Data associativity between upper structures in the PLM system and CAD models is described, as well as other types of associated product information. The key result of the research is the approach of using companies’ PLM systems to build up and define product structures that support the activities of creating modular product families.
Proceedings of the 19th International Conference on Engineering Design (iced13) : Design for Harmonies, 2013, p. 379-388
Emotional design; Kansei engineering; Perception
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19th International Conference on Engineering Design, 2013