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Mécanique des fluides 2Sciences de l'Ingénieur S8 (GSI)
9ECTS (EU)
1Coefficient
22:00Hours
Séquencement
Learning objectives
Addressing topics of deepening in the field of industrial flows.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Thermodynamics 1 | Optional Constitutive Elements 1 | S1 |
| Thermodynamics | Physics - Chemistry 2 | S2 |
| Fluid Mechanics 1 | Mechanical Engineering 2 | S6 |
Program
-Dynamic of compressible fluids. -Adiabatic, one-dimensional flow of a perfect gas, not heavy, not viscous. Theorem of Hugoiot. Relation of Barré de Saint Venant. -Flows in converging nozzles and Laval nozzles. -A flat, stationary shock wave. -Flowing of a gas in a straight line at constant cross-section. Fanno's movement.
Assessment
- Duty to monitor for intermediate assessment of knowledge
- Final examination
References
R. Comolet, Experimental Fluid Mechanics Volume 1, Masson P. Chassing, Fluid mechanics: elements of a first course, Cepaduès I.L. Ryhming, Fluid Dynamics, Polytechnic and University Presses Romandes J.F. Douglas, Fluid Mechanics 2, Longman
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C2_2 | identify | Identify systems with large pressure variations. Characterizing these systems | 1 |
| C2_2 | identify | Identify fluid compressibility phenomena | 2 |
| C3_1 | calculate | Calculate the dimensions of the compressible fluid or supersonic mobile system | 2 |