Description M1
Description of the master This education program is focused on Fluids Engineering for Industrial Processes. Applications are related to fluid flows in petroleum engineering, chemical engineering, energy transformation… The purpose of the lectures is concerned with the physics and modelling of transport phenomena in multiphase flows (bubbles, drops, granular media, emulsions and foams). These complex flows are of major importance for the modelling the behaviour of industrial processes. Advanced courses on turbulence, coupling chemical reactions and flows, heat and mass transfer are complemented by exercises and practical training. The students will be trained to work with Computational Fluid Dynamics tools (commercial codes but also research and industrial softwares). The courses will be taught by high-level academic scientists and engineers. Along the two years of formation, the contact with our industrial partners (TOTAL, AREVA, CEA, EDF …) is strengthened by research and industria

Scholarships M1
Scholarships from the French government (Eiffel, Embassies,..) Scholarships from the European Union (Erasmus, Leonardo, etc.), Scholarships from French regional authorities (cities, Regions, etc..) Stipends for the internships in academic labs or industrial companies.

M1 url
http://masterfluidsprocesses.inp-toulouse.fr/index.htm

Period 1

September - January Language Hours* Credits*

Core

French Language fr 80.00 5.00

Applied Maths fr 20.00 2.00

Macroscopic balance fr 6.00 2.00

simulation of processes fr 10.00 2.00

Thermodynamic fr 10.00 3.00

Transfer fr 15.00 3.00

Reactors fr 10.00 2.00

Fluid Mechanics fr 10.00 3.00

Practicals of Fluid Mechanics fr 18.00 3.00

Thermodynamic machines fr 10.00 1.00

Practicals of thermic transfers fr 18.00 2.00

Project fr 25.00 3.00

Note: a part of (or all) the M1-Period 1 will be replaced by a "n+i" special package designed for foreign student.
See the Methodology Integration Package (PIM) for more informations.

Period 2

February - June Language Hours* Credits*

Core

Sport fr 30.00 2.00

Conferences fr 12.00 2.00

Numerical project en 40.00 5.00

Experimental project en 40.00 5.00

Gaz Turbomachines fr 20.00 3.00

Physical analysis of industrial Processes en 20.00 3.00

Nuclear Energy fr 20.00 3.00

Research internship en 280.00 2.00

Economical Environment fr 10.00 1.00

Practical Aigep en 8.00 1.00

English en 30.00 3.00

* The number of course hours may be subjected to slight variations.
* More informations about ECTS credits.

Section M2

Location
INP ENSEEIHT 2 Rue Camichel Toulouse
ENSEEIHT - INPT

Cost of M2
1000 euros

Description M2
This education program is focused on Fluids Engineering for Industrial Processes. Applications are related to fluid flows in petroleum engineering, chemical engineering, energy transformation… The purpose of the lectures is concerned with the physics and modelling of transport phenomena in multiphase flows (bubbles, drops, granular media, emulsions and foams). These complex flows are of major importance for the modelling the behaviour of industrial processes. Advanced courses on turbulence, coupling chemical reactions and flows, heat and mass transfer are complemented by exercises and practical training. The students will be trained to work with Computational Fluid Dynamics tools (commercial codes but also research and industrial softwares). The courses will be taught by high-level academic scientists and engineers. Along the two years of formation, the contact with our industrial partners (TOTAL, AREVA, CEA, EDF …) is strengthened by research and industria

Scholarships M2
Scholarships from the French government (Eiffel, Embassies,..) Scholarships from the European Union (Erasmus, Leonardo, etc.), Scholarships from French regional authorities (cities, Regions, etc..) Stipends for the internships in academic labs or industrial companies.

M2 url
http://masterfluidsprocesses.inp-toulouse.fr/index.htm

Period 1

September - January Language Hours* Credits*

Core

Practical of Simulation toolboxes fr 22.00 1.00

Bubbles, drops and particules en 8.00 1.00

MKF and initiation to turbulence en 14.00 2.00

PhysIc of incompressible turbulences fr 20.00 2.00

Models of turbulence for steady numerical simulations fr 20.00 2.00

Granular Flows en 22.00 1.00

Two-phase flows en 26.00 2.00

Mass transfer and Combustion fr 30.00 2.00

Flows in porous media fr 20.00 2.00

Separation technics for solid/liquid suspensions en 16.00 1.00

Physical-chemical analysis of interfaces and colloids fr 22.00 1.00

Coalescence, break-up and aggregation en 20.00 2.00

Complex fluids Rheology en 16.00 2.00

Project en 40.00 5.00

Agitation - Mixing fr 12.00 1.00

English en 30.00 2.00

Period 2

February - September Language Hours* Credits*

Core

Internship project in industry fr 700.00 30.00

* The number of course hours may be subjected to slight variations.
* More informations about ECTS credits.