Informations générales
ECTSECTS
2.5
Goal(s)
* Provide an overview of the variety of simulation models involved in the product development process.
* Show the current limits of product development when confronted to the management of multiple simulations.
* Organize in a structured way the data needed to carry out a simulation fully integrated to the product development.
* Define criteria to ensure consistency between simulations and changes in the product definition.
Content(s)
Lecture (28h)
Introduction - Overview of the wide range of shapes for components and assemblies. Product development process.
Pre-processing of a simulation.
Modeling assumptions and model transformations.
Representation of CAD models and simulation models.
Constraints induced by the CAD models
Model transformation operators (case of components, case of assemblies)
Criteria for transformation models.
Concept of model transfer between CAD and simulation softwares
Concept of technical data management and related softwares
Concept of product view and structure of product view - case of the view "behavior simulation"
Seminars (8h) - Review of real-life problems.
Project (28h)
Prerequisites :
Basic knowledge in CAD, skills in FE grid generation, structural and fluid mechanics or other physics
Test
Project report
Calendar
S1
Additional Information
64h (CM : 28h, étude de cas industriels : 8h TD, Projet : 28h TP)
Bibliography
J-C Léon et al., Interfacing product views through a mixed shape representation. Part 1: Data structures and operators, Part 2: model processing, Research in Interactive Design vol. 2, Springer Verlag, 2006.
N. Troussier, Contribution à l’intégration du calcul mécanique dans la conception de produits techniques: proposition méthodologique pour l’utilisation et la réutilisation, Thèse UJF, Grenoble, 18 octobre, 1999.
French State controlled diploma conferring a Master's degree
