Mécanique des fluides 3préorientation IMC (GSI)

FISE GSI Semester 8 EA: Pre-Orientation IMC Machine translation

Fluid Mechanics 3

Teaching unit pre-orientation IMC · GI.PS8.IMC

3ECTS (EU)

1Coefficient

16:00Hours

Familiarize with vocabulary and basic concepts of aerodynamics
Know the vocabulary and principles of operation and dimensioning of incompressible fluid turbomachines

Module	Teaching unit	Semester
Fluid Mechanics 1	Mechanical Engineering 2	S6
Fluid Mechanics 2	Mechanical Engineering 3	S7

Introduction to aerodynamics: aerodynamic forces and coefficients, limit layer and detachment, interest in a profiled body, polar performance and curves of a wing profile.
Introduction to turbomachines: different types of motor/receiver machines, turbomachine components, dimensional analysis and similarity of turbomachines, classification of turbomachines, characteristics and performance of wind turbines.

Report of practical work

R. Comolet, Experimental Fluid Mechanics, Masson.
T. Faure, Fluid dynamics applied, Dunod.
P.-L. Viollet, J.-P. Chabard, P. Esposito, D. Laurence, Applied Fluid Mechanics, Press of the National School of Bridges and Chaussées
P. Hémon, Vibration of structures coupled with wind, Editions of the Ecole Polytechnique
Kovats, Pumps, fans, centrifugal and axial compressors. Dunod.
Lexis, Fan Practice. Paris edition.
Paraschivoiu, Wind Turbine Design : With Emphasis on Darrieus Concept. PIP.
Hau, Wind Turbines : Fundamentals, Technologies, Application, Economics. Springer.

Ref.	Verb	Description	Level
C1_2	recognize	knowledge of aerodynamic efforts on bodies and understanding influential parameters	1
C2_2	calculate	determine the aerodynamic forces and coefficients of different bodies profiled or not from pressure and speed measurements	2