Implementation of a design and configuration management platform for fusion components on the Tore Supra WEST Project

•A design and configuration management platform is under development for managing fusion components lifecycle at CEA.•Design platform ensures an efficient sharing of the data and provides connections between the different software and databases involved in fusion components design.•Design platform r...

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Bibliographic Details
Published in:Fusion engineering and design 2014-10, Vol.89 (9-10), p.1928-1932
Main Authors: Benoît, Fabrice, Allegretti, Ludovic, Aumeunier, Marie-Hélène, Bucalossi, Jérôme, Doceul, Louis, Faïsse, Frederic, Firdaouss, Medhi, Geynet, Michel, van Houtte, Didier, Larroque, Sébastien, Magaud, Philippe, Maini, Patrick, Missirlian, Marc, Parrat, Hélène, Robert, Julien
Format: Article
Language:English
Subjects:
Backbone
CAD
Computer simulation
Configuration
Construction equipment
Data management
Design
Design engineering
Engineering Sciences
Mathematical models
Physics
Platform
Platforms
Simulation
Three dimensional
Tungsten
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Summary:•A design and configuration management platform is under development for managing fusion components lifecycle at CEA.•Design platform ensures an efficient sharing of the data and provides connections between the different software and databases involved in fusion components design.•Design platform rollout on WEST project is ongoing as part of change control and configuration management implementation. This paper presents the technical solutions and methodologies that are used and under development for managing the design lifecycle of the WEST project (W – for tungsten – Environment in Steady-state Tokamak, upgrade of Tore Supra's with actively cooled tungsten plasma facing components) fusion components and explains the interfaces that are implemented or in construction to connect together the different tools like documents management system, CAD modeler, or simulation codes around the data management backbone. It describes the methodologies used on the WEST project to optimize the design process by managing the engineering data workflow and ensuring the consistency between the different 3D representations for design or analysis as well as the specification or interfaces documents. Finally it explains how this platform contributes to reach the project targets in terms of performance, cost and schedule.
ISSN:0920-3796
1873-7196
DOI:10.1016/j.fusengdes.2014.03.047