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ABSTRACT
This article presents the good practices which are to be implemented in order to design mechatronic products. The designing process of a mechatronic system can be perceived as a variation of systems engineering with its specificities. Mechatronics requires the placing of the product design within its global life cycle and the simultaneous implementation of an interdisciplinary collaboration using a common integration approach. The specificity of mechatronic products design lies in the various levels of integration: functional, multi-domain and physical, in order to obtain products with higher added-value.
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Read the articleAUTHORS
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Olivia PENAS: Research engineer - Mechanical Systems and Materials Engineering Laboratory (LISMMA)/Supméca
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Régis PLATEAUX: Teacher-researcher - Mechanical Systems and Materials Engineering Laboratory (LISMMA)/Supméca
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Jean-Yves CHOLEY: Senior Lecturer - Mechanical Systems and Materials Engineering Laboratory (LISMMA)/Supméca
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Hubert KADIMA: Research Director - Computer Science and Systems Research Laboratory (LARIS)/EISTI
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Thierry SORIANO: University Professor - Mechanical Systems and Materials Engineering Laboratory (LISMMA)/Supméca
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Christophe COMBASTEL: Senior Lecturer - ECS-lab (EA n° 3649) , Electronics and systems control laboratory/ENSEA
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Alain RIVIERE: University Professor - Mechanical Systems and Materials Engineering Laboratory (LISMMA)/Supméca
INTRODUCTION
The mechatronics system design approach can be seen as an offshoot of systems engineering, with its own specific features. In its collaborative, interdisciplinary approach, mechatronics requires :
on the one hand, to place product design within its overall life cycle;
simultaneously implement interdisciplinary collaboration, using a common integration approach.
The specificity of mechatronic product design lies in the different levels of integration to be implemented: functional, multi-domain and physical integration, to obtain a product with higher added value.
After detailing these different concepts, this dossier will present the best practices for designing mechatronic products.
A second dossier will describe in detail the design process for mechatronic products, as well as the associated tools and methods.
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Mechatronics design
Mechatronics, an integrated approach
Bibliography
Websites
Official website of the OMG SysML (Object Management Group Systems Modeling Language) http://www.omgsysml.org/
Official website of INCOSE (International Council on Systems Engineering) http://www.incose.org/
Website of the W3C (World Wide Web...
Standards and norms
- Processes for Engineering a System - ANSI/GEIA EIA-632 - 2003
- Mécatronique : Vocabulaire - NF E 01-010 - 2008
- Mécatronique : Cycle de vie et conception des produits - XP E 01-013 - 2009
- Processus du cycle de vie du système - ISO/IEC 15288 - 2008
- (or STEP, Standards for the Exchange of Product data) Industrial automation systems and integration – Product data representation and exchange...
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