Changement d'intitulé à la rentrée 2024-2025 : Master physique appliquée et ingénierie physique parcours Modélisation mécanique pour l'énergie et l'environnement
Plaquette de la formation et calendrier d'alternance
Advanced modelling of heterogenous materials : multiscale modelling and homogeneization
Master Physique appliquée et ingénierie physiqueParcours Modélisation mécanique pour l'énergie et l'environnement
Description
In this course the student should acquire the basic knowledge in :
The objective of the course is to initiate the students with the use of tools for numerical simulation of industrial processes coupling the hydraulic phenomena with the physico-chemical and biological reactions. This numerical approach results from sciences of chemical engineering. It is classically used to describe and optimize dynamic systems such as the waste-water treatment plants. For application studies, current problems of dynamic processes operation in waste-water treatment system will be approached by using either professional software (WEST, GPS-X, Biowin…), based on various generations of ASM models, or also by the implementation of the models using an object-oriented programming language.
The course will include in particular :
- The Hydrodynamics and transfer modelling in dynamic systems (a chemical engineering approach);
- The Separation process modelling (settling/thickening tanks);
- The reactive transport processes.
Compétences visées
- To assimilate the numerical simulation of reacting flows.
Découvrez le double diplôme international
Mécanique numérique en ingénierie (Computer Engineering) avec :
L'Université de Tioumen (Russie)
L'Université de Aquila (Italie)