Aéroélasticité et interaction fluide-structure
ME-435
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Chapter 1: Introduction
Chapter 2: Coupled formulation of fluid and solid motions
- Chapter 2: Coupled formulation of fluid and solid motions (File)
- Video of Chapter 2 (Kaltura Video Resource)
Exercises
- Exercise 1 (File)
- Exercise 1 Correction (File)
- Exercise 2 (File)
- Exercise 2 Correction (File)
- Exercice 2 Video (File)
- Exercise 3 (File)
- Exercise 3 Correction (File)
- Exercise 4 (File)
- Exercise 4 Correction (File)
- Exercise - Reminder Vibrations (File)
- Exercise - Reminder Vibration Correction (File)
- Exercise 5 (File)
- Exercise 5 Correction (File)
- Exercise 6 (File)
- Exercise 6 - Correction (File)
- Exercise 7 (File)
- Exercise 7 - Correction (File)
- Exercise 8 (File)
- Exercise 8 - Forces file (File)
- Exercise 8 - video (File)
- Exercise 8 - Correction (File)
- Exercise 9 (File)
- Exercise 9 - Correction (File)
Chapter 3: Added mass & added stiffness
- Supplementary material: Review of added mass by Brennen (File)
- Chapter 3: Added mass & added stiffness (File)
- Video of Chapter 3 (Kaltura Video Resource)
A Reminder on Mechanical Vibration Theory
Chapter 4: Static Instability - Divergence
Chapter 5 : Aeroelasticity - Dynamic Instability
Chapter 6: Aeroelasticity - Pseudo-Static Approximation
Chapter 7: Vortex Induced Vibration
- Chapter 7.1: Vortex Induced Vibration - Introduction & Wake Dynamics (File)
- Video of Chapter 7.1 (Kaltura Video Resource)
- Chapter 7.2: Vortex Induced Vibration - Flow Control (File)
- Video of Chapter 7.2 (Kaltura Video Resource)
- Chapter 7.3: Vortex Induced Vibration - Case Study: Gyroid-Based Flow Control (File)
Chapter 8: Sloshing Dynamics
- Chapter 8: Introduction to Sloshing Dynamics (File)
- 8.2 Equivalent Mechanical Model (File)
- Video of Chapter 8 (Kaltura Video Resource)