Rotating Machinery - 3EUASMH6

Goal(s)

This course, organized around theoretical and experimental activities, aims to train engineering students on essential concepts in hydraulic systems, machines and their coupling with hydraulic circuits. The proposed case studies concerns concrete issues existing in the industry.
The course presents practical approaches of the fluid mechanics conservation equations. It introduces some methods to treat pipes networks problems and trains students to solve industrial problems related to hydraulic machineries.
The course presents also the theory of the transient hydraulic regimes. It sensitizes students to the problems of hydraulic instabilities and related issues.

Responsible(s)

Regiane FORTES PATELLA

Content(s)

• Basic knowledge of calculations for pipe networks
• Notions on hydraulic machines: orders of magnitude, use and operation
• Application of conservation equations to pump geometries (Euler's theory)
• Pump / circuit coupling; choice of pumps
• Similarity in turbomachines
• Study of the phenomenon of cavitation: implantation of a machine, field of operation, cavitation erosionw
• Notions on hydraulic turbines
• Project of a hydroelectrical plant

Integral relations, hydrostatics, head loss
Basic knowledge on the compressibility of fluids
Basic knowledge of wave propagation
Elasticity: pressurized thin wall tubes

Test

First Session :
Evaluation rattrapable/ ER assessment (ET) : 2 hours supervised written exam
Evaluation non rattrapable : EN assessment (CC) : comptes rendus de TP, DM

If distant learning mandatory:
ER assessment : 2 hours homework
EN assessment (EN) : comptes rendus de TP, DM

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Second session
EN assessment: Retaking this assessment is not possible
ER assessment: 2 hours supervised written exam

Calendar

The course exists in the following branches:

• Curriculum - Master of Engineering GEE - Semester 5-6

Additional Information

Course ID : 3EUASMH6
Course language(s):

You can find this course among all other courses.

Bibliography

• Mécanique expérimentale des fluides, R. COMOLET, Masson, 3ème éd., 1982
• Hydraulique générale et machines hydrauliques, M. CARLIER, éd. Riber, 1963
• Polycopié de « Circuits hydrauliques », ENSHMG, tomes 1 et 2, A. BONAZZI
• Turbomachines hydrauliques et thermiques, M. SEDILLE, Masson & Cie, 1966
• La cavitation, JP FRANC et al., Presse Universitaires Grenobloises, 1996
• Turbomachines hydrauliques. Choix illustré de quelques réalisations marquantes, P. HENRY, Presses polytechniques et universitaires romandes, 1992
• Techniques de l’Ingénieur, « Coups de Bélier » par M. FRELIN, BM 4 176
• Fluid mechanics, 7th ed., STREETER and WYLIE, McGraw-Hill, 1980
• Fluid transients, WYLIE and STREETER, McGraw-Hill, 1978
• Les coups de bélier et la protection des réseaux d’eau sous pression, M. MEUNIER, ENGREF, 1980
• Fluid transients, C. JAEGER, Blackie & Son, 1977
• Mémento des Pertes de Charge , I.E. IDEL’CIK, Ed. Eyrolles, 1960