Computational Mechanics for Car Body Design
| Lecturer (assistant) | |
|---|---|
| Duration | 2 SWS |
| Term | Sommersemester 2024 |
| Position within curricula | See TUMonline |
Dates
- 18.04.2024 15:00-16:30 2601, Übungsraum
- 25.04.2024 15:00-16:30 2601, Übungsraum
- 02.05.2024 15:00-16:30 2601, Übungsraum
- 16.05.2024 15:00-16:30 2601, Übungsraum
- 23.05.2024 15:00-16:30 2601, Übungsraum
- 06.06.2024 15:00-16:30 2601, Übungsraum
- 13.06.2024 15:00-16:30 2601, Übungsraum
- 20.06.2024 15:00-16:30 2601, Übungsraum
- 27.06.2024 15:00-16:30 2601, Übungsraum
- 04.07.2024 15:00-16:30 2601, Übungsraum
- 11.07.2024 15:00-16:30 2601, Übungsraum
- 18.07.2024 15:00-16:30 2601, Übungsraum
Admission information
Objectives
The participants should develop an understanding of computational mechanics as the background of simulation methods for modern car body development.
Description
* Introduction into the functional requirements of modern car body structures
* Review of Finite Element Methods (FEM) with focus on their usage for car body design
* FEM 1: NVH simulations (NVH = noise, vibration and harshness)
* Material modeling (metals, polymers, foams, composites)
* FEM 2: Crash simulations
* Occupant protection (multi body systems and meshless methods)
* FEM 3: Human models for crash
* FEM 4: Metal Forming simulations
* Optimisation of car body structures
* Half-day visit to a crash test facility
* Student presentations
* Review of Finite Element Methods (FEM) with focus on their usage for car body design
* FEM 1: NVH simulations (NVH = noise, vibration and harshness)
* Material modeling (metals, polymers, foams, composites)
* FEM 2: Crash simulations
* Occupant protection (multi body systems and meshless methods)
* FEM 3: Human models for crash
* FEM 4: Metal Forming simulations
* Optimisation of car body structures
* Half-day visit to a crash test facility
* Student presentations
Prerequisites
Basic knowledge of Finite Element Methods, Structural Analysis, Engineering Mechanics and Dynamics