Difference between revisions of "Welcome"
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* [http://icube-mecaflu.unistra.fr/en/index.php/Urban_hydraulics Dynamics of free surface flows, sensitivity, inverse problems] | * [http://icube-mecaflu.unistra.fr/en/index.php/Urban_hydraulics Dynamics of free surface flows, sensitivity, inverse problems] | ||
* [http://icube-mecaflu.unistra.fr/en/index.php/Instabilities,_turbulence,_diphasic Instabilities, multiphase turbulence] | * [http://icube-mecaflu.unistra.fr/en/index.php/Instabilities,_turbulence,_diphasic Instabilities, multiphase turbulence] | ||
| − | * [ | + | * [http://icube-mecaflu.unistra.fr/en/index.php/Water_treatment_%26_Rheology Reagent transfer, rheology and environmental processes] |
Our research activities are strongly oriented on numerical simulation, although experimental developments, sometimes unique on an international point of view, are also done. | Our research activities are strongly oriented on numerical simulation, although experimental developments, sometimes unique on an international point of view, are also done. | ||
The relationships and collaborations between the different projects and research teams are based on the use of similar theoretical and numerical approaches, or common means for experimental techniques. | The relationships and collaborations between the different projects and research teams are based on the use of similar theoretical and numerical approaches, or common means for experimental techniques. | ||
Revision as of 16:20, 3 November 2016
Mainly focused on modeling, experimentation and computational fluid in interaction with their environment, this research team is organized into three groups of projects.
The first one, entitled "Urban Hydraulics" is dedicated to the study of flows of fluids, loaded or not, in close interaction with hydraulics in sewage systems.
The second one, named "Instability Two phase Turbulence", is directed towards more fundamental activities of numerical modeling of flows and their instabilities.
The third one is called "Wastewater Treatment and Rheology." It concerns research on, on one hand, the understanding of bio-physical-chemical mechanisms involved in the treatment of wastewater and, on the other hand, the study of the rheological behaviour of complex fluids.
Activities
The "MecaFlu" Team is working on following projects:
- Dynamics of free surface flows, sensitivity, inverse problems
- Instabilities, multiphase turbulence
- Reagent transfer, rheology and environmental processes
Our research activities are strongly oriented on numerical simulation, although experimental developments, sometimes unique on an international point of view, are also done.
The relationships and collaborations between the different projects and research teams are based on the use of similar theoretical and numerical approaches, or common means for experimental techniques.