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Multidisciplinary Interface Modelling: A Case Study on the Design of 3D Measurement System

Abstract : Nowadays, a mechatronic system is regarded as a synergistic integration of a wide range of disciplines (electrical/electronic, mechanical, software). Therefore, an integration of numerous technical disciplines and expertises is often required during the design process of mechatronic systems. However, neither academia nor industry has yet provided fully effective solutions to help the engineers achieve such multidisciplinary integration. Multidisciplinary interface modelling approach is considered as an effective way to represent the interaction between the boundaries of components of different disciplines. The authors propose a new multidisciplinary interface modelling approach to address the issue of multidisciplinary integration. A three dimensional (3D) measurement system, considered as an opto-mechatronic system integrating synergistically the electrical/electronic system, mechanical parts and information processing and optical technology is used to demonstrate the multidisciplinary interface modelling approach. A demonstrator based on the proposed approach has been developed by using CATIA System Engineering V6.
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Chen Zheng, Julien Duigou, Matthieu Bricogne, Peter Hehenberger, Benoît Eynard. Multidisciplinary Interface Modelling: A Case Study on the Design of 3D Measurement System. 12th IFIP International Conference on Product Lifecycle Management (PLM), Oct 2015, Doha, Qatar. pp.856-866, ⟨10.1007/978-3-319-33111-9_78⟩. ⟨hal-01377516⟩

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