Mechanical Engineering
- Admission : /en/education/bachelor/mechanical-engineering/admission/
- Structure of studies : /en/education/bachelor/mechanical-engineering/structure-of-studies/
- Study program : /en/education/bachelor/mechanical-engineering/study-program/
- Career perspectives : /en/education/bachelor/mechanical-engineering/career-perspectives/
- Exchange programs : /en/education/bachelor/mechanical-engineering/exchange-programs/
- People : /en/education/bachelor/mechanical-engineering/people/
- Admission : /en/education/bachelor/mechanical-engineering/admission/
- Structure of studies : /en/education/bachelor/mechanical-engineering/structure-of-studies/
- Study program : /en/education/bachelor/mechanical-engineering/study-program/
- Career perspectives : /en/education/bachelor/mechanical-engineering/career-perspectives/
- Exchange programs : /en/education/bachelor/mechanical-engineering/exchange-programs/
- People : /en/education/bachelor/mechanical-engineering/people/
Study program
Department:
Mechanical Engineering
Specialization:
Plastics and lightweight structures
Module: Dimensioning and optimization
Course description
Back-
Objectives
A la fin du cours l'étudiant est capable, pour les thèmes de modélisation abordés, de:
- Mettre en relation les modèles théorique et numérique
- Mettre en relation une simulation de dimensionnement avec un procédé de fabrication
- Vérifier ses modèles par une approche méthodique
- Choisir l'outil ou la méthode adapté(e) à son objectif de résultat
- Mettre en place des modèles numériques (simples) pour chaque thème abordé
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Content
Simulation numérique associée à l'option Plasturgie et structures légères:
- Optimisation paramétrique
- Optimisation topologique
- Modélisation algorithmique & additive manufacturing
- Simulation numérique des matériaux composites
Sujets abordés en TP:
- Réponse dynamique (sollicitation aléatoire): corrélation simulation FEM et tests
Type of teaching and workload
Lecture course (including exercises)
36 periods
Practical exercises / lab work
8 periods
Course specification
Year of validity
2025-2026
Weight
3rd year
Semester
Spring
Program
French
Department
Mechanical Engineering
Language of instruction
French
ID
B3C-SIM4-M
Level
Advanced
Course type
Related
Study program
Bachelor
Evaluation methods
- Continuous assessment Written work, Practical exercises / Evaluated reports,
Course grade calculation method
The continuous assessment mark is the weighted average of the courses evaluations. If the course includes practical labs (TP), the course mark is the weighted average of the TP mark and the mark of the other evaluations. If one of these two marks (TP or other evaluations) is less than 3.0, the course counts as failed and no mark is given.
Intructor(s) and/or coordinator(s)
Benoît Grelier