Mécanique des Fluides 1
- Teaching language : french
- Teaching method : En présence
- Code : N6AM02A
In brief
Objectives
Small Re
The object of this course is to describe the particular hydrodynamic phenomena that one encounters with small Reynolds numbers . The basic equations are commented, analyzed and solved in simple geometries.
Description
Small Re
Introduction: Re << 1 What is inertia? and applications
Basic equations and different formulations
Specific properties (linearity, reversibility, reciprocity) and consequences.
Fundamental Solutions of Stokes Equations
Cellule of Hele-Shaw
Lubrication (hydraulic bearing)
Flows in thin layers
Calculation of the stokes force
Targeted skills
Ability to design, size and model systems for energy, transportation and processes.
Ability to design, develop and characterize control systems for the regulation and control of hydraulic and energy devices and for the development of nomadic and embedded systems.
Ability to model multi-scale and / or multi-physics and / or stochastic mechanical problems
Bibliography
Hydrodynamique physique Guyon, Hulin Petit
Session 1 ou session unique - Contrôle des connaissances
| Modalité | Nature | Coefficient | Remarques |
|---|---|---|---|
| CC (contrôle continu) | Oral/Ecrit | 100% | Examen Mécanique des Fluides 1 |
Session 2 - Contrôle des connaissances
| Modalité | Nature | Coefficient | Remarques |
|---|---|---|---|
| CC (contrôle continu) | Oral/Ecrit | 100% | Examen Mécanique des Fluides 1 |
Contact(s)
LEGENDRE DOMINIQUEPlaces
- Toulouse
