Hydraulics : Learning By Project

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    In brief

  • Code : N6EM05B

Objectives

External link towards the pitch of the course

 

It's about being able to calculate pressure losses in a hydraulic network by reading a Moody diagram or by developing an ad hoc digital program. The calculation of quantities related to a hydraulic jump is a second objective. Finally, the establishment of links between hydraulics and fluid mechanics is an integral part of this teaching.

 


This teaching combines several educational formulas:

  •     Traditional Transmissive Education (ETT): Teachers expose knowledge through lectures and tutorials.
  •     Project Apprenticeship (APP): the realization of projects motivates a search for useful information, independently.
  •     Progress in Groups (PEG): An individual course work is followed by group discussions and collaborations.


 

 

Description

The hydraulics in charge processes pressurized flows in closed conduits. Free surface hydraulics treat flows in open channels. The essential notions are:

  •     Hydraulic load
  •     Linear load losses
  •     Singular charge losses



Hydraulic machines refer to pumps as well as turbines. The essential notions are:

  •     The three types of pumps
  •     Load balance and yields
  •     Operating parameters

Bibliography

  • Olivier Thual, Hydraulique pour l'ingénieur généraliste, Cépaduès-Éditions 2018
  • Olivier Thual, Hydraulique pour l'ingénieur généraliste, Éd. Ress. Pédago. Ouv. INP 0714 (2018) 16h
  • Saad BENNIS, Hydraulique et hydrologie, Presse de l'Université de Québec, 2009. Chapitres 2, 3, 5 et 6. Accès ScholarVox
  • Frank M. WHITE, Fluid mechanics, 7th Edition in SI Units, McGraw-Hill, 2011.  Chapitres 6, 10 et 11
  • Bruce R. MUNSON, Theodore H. OKIISHI, Wade W. HUEBSCH and Alric P. ROTHMAYER, Fondamentals of Fluid mechanics, 7th Edition SI Version, Wiley, 2013. Chapitres 8, 10 et12.  La 6ème édition est téléchargeable sur (Engineering Study Material)

Session 1 ou session unique - Contrôle des connaissances

ModalitéNatureCoefficientRemarques
CC (contrôle continu) Oral/Ecrit30%Projet APP Hydraulique
CC (contrôle continu) Bureau d'Etudes10%BE-APP Hydraulique
CC (contrôle continu) Oral/Ecrit40%Ex1-APP Hydraulique
CC (contrôle continu) Oral/Ecrit20%Ex2-APP Hydraulique

Session 2 - Contrôle des connaissances

ModalitéNatureCoefficientRemarques
CC (contrôle continu) Oral/Ecrit30%Projet APP Hydraulique
CC (contrôle continu) Bureau d'Etudes10%BE-APP Hydraulique
CC (contrôle continu) Oral/Ecrit40%Ex1-APP Hydraulique
CC (contrôle continu) Oral/Ecrit20%Ex2-APP Hydraulique

Contact(s)

ALBAGNAC Julie

Phone : 2935

Email : julie.albagnac @ imft.fr

CASSAN Ludovic

Phone : 2971

Email : Ludovic.Cassan @ imft.fr

THUAL Olivier

Phone : 2945

Email : Olivier.Thual @ imft.fr

ROIG Veronique

Phone : 2820

Email : Veronique.Roig @ imft.fr

DURU Paul

Phone : 2877

Email : Paul.Duru @ imft.fr

CASSAN LUDOVIC

Contact

The National Institute of Electrical engineering, Electronics, Computer science,Fluid mechanics & Telecommunications and Networks

2, rue Charles Camichel - BP 7122
31071 Toulouse Cedex 7, France

+33 (0)5 34 32 20 00

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