General Engineering Program
| Données Générales | ||||
|---|---|---|---|---|
| Programme Académique | General Engineering Program | Responsable(s) Module :
BOSSY Etienne,LOURDIN Pierre,NOYEL Jean-Philippe |
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| Type d'EC : Cours | Materials & Structures (LIIAem09EMASA3) | |||
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Cours : 30h00 Projet : 30h00 Travail personnel : 20h00 Durée totale: 80h00 |
Statut
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Periode
Semester 9 |
Langue d'enseignement :
French/English |
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| Acquis d'apprentissage |
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| Apply a design approach, from the specifications to the manufacturing drawings Master software tools (CAD, FEA) Manage and coordinate individuals and teams Communicate information, adapted to the audience |
| Contenu |
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| Students work on a project involving the design of an automotive suspension system. They are required to reuse a significant portion of the concepts studied in previous years, including: - Strength of materials - Materials selection - Computer-Aided Design (CAD) - Finite Element Analysis (FEA) To reinforce and complement their knowledge, lectures are provided throughout the project on the following topics: -Fundamentals of suspension systems -Review of strength of materials -Management of assemblies using finite element methods -Review of CAD -Review of material selection -Assemblies using threaded fasteners A written exam assesses the theoretical components. At the end of the project, students must present their parts in English and submit a technical report. |
| Prérequis |
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| Résistance des matériaux Calcul des structures Pratique du calcul des structures Matériaux pour l'ingénieur Matériaux pour le bureau d'étude Dynamique des structures Conception assistée par ordinateur |
| Évaluation(s) | |||
|---|---|---|---|
| N° | Nature | Coefficient | Objectifs |
| 1 | Written exam | 1 | Exam to validate the theorical concepts |
| 2 | Project | 1 | Technical repport about the project |