Difference between revisions of "Dynamics of free surface flows, sensitivity, inverse problems"

Revision as of 12:36, 1 December 2016

Presentation

This research theme focuses on the physical analysis and modeling of surface runoff in order to meet the expectations in the field of environment and sustainable development. The theoretical and numerical modeling of the physics of free surface flows covers both natural and experimental cases, and several measurement techniques, some of them being developed in the laboratory. With models and experimental/satellite data of first hand, our research aims to further enrich these models with the integration of sensitivity analysis and inverse problems. On an applicative perspective, this theme is related to the study of flooding, sediment transport in rivers, and conversion of hydropower.

Flooding Pilote

Flooding pilot

Flow at a Junction

Comprehension of sediment transport mechanics

Dynamics and prediction of flows in river systems

Amazon River Bassin

Conversion of hydraulic energy into electrical energy by micro power stations

Archimedes Screw Modelisation

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	== Presentation ==		== Presentation ==

−	This research theme focuses on the physical analysis and modeling of surface runoff in order to meet the expectations in the field of environment and sustainable development. The theoretical and numerical modeling of the physics of free surface flows covers both natural and experimental cases, and several measurement techniques, ~~which~~ some of them developed in the laboratory. With models and experimental or satellite data of first hand, our research aims to further enrich these models with the integration of sensitivity analysis and inverse problems. On an applicative perspective, this theme is related to the study of flooding, sediment transport in rivers, and conversion of hydropower.	+	This research theme focuses on the physical analysis and modeling of surface runoff in order to meet the expectations in the field of environment and sustainable development. The theoretical and numerical modeling of the physics of free surface flows covers both natural and experimental cases, and several measurement techniques, some of them being developed in the laboratory. With models and experimental/satellite data of first hand, our research aims to further enrich these models with the integration of sensitivity analysis and inverse problems. On an applicative perspective, this theme is related to the study of flooding, sediment transport in rivers, and conversion of hydropower.