A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Coupling Methods for Urban Areas Large Scale Hydraulic Modelling
This paper presents a hydraulic modelling method to interconnect different domains in order to assess the role played by a large scale sanitary structure in managing major flood events which affect large populated areas.
Main features of this method are illustrated with the sanitary system of Ile de France central zone, faced with a major flood along the Seine river basin. This system plays a major role to evacuate excess flow from rainfall, aquifer and direct overflow from the river. It can also be an aggravating factor in case of pumping saturation or equipment failure.
The coupling method which is presented lies on the use of Hydra software platform. Emphasis is placed on a compromise between fast computation time and result accuracy.
Final objective is to produce a decision making tool to improve management of the sanitary system during a flood event, in relation with potential damages as a function of flood level.
Coupling Methods for Urban Areas Large Scale Hydraulic Modelling
This paper presents a hydraulic modelling method to interconnect different domains in order to assess the role played by a large scale sanitary structure in managing major flood events which affect large populated areas.
Main features of this method are illustrated with the sanitary system of Ile de France central zone, faced with a major flood along the Seine river basin. This system plays a major role to evacuate excess flow from rainfall, aquifer and direct overflow from the river. It can also be an aggravating factor in case of pumping saturation or equipment failure.
The coupling method which is presented lies on the use of Hydra software platform. Emphasis is placed on a compromise between fast computation time and result accuracy.
Final objective is to produce a decision making tool to improve management of the sanitary system during a flood event, in relation with potential damages as a function of flood level.
Coupling Methods for Urban Areas Large Scale Hydraulic Modelling
Springer Water
Gourbesville, Philippe (editor) / Caignaert, Guy (editor) / Duran, Camille (author) / Lepelletier, Thierry (author) / Olive, Simon (author) / Chièze, Hubert (author)
2020-07-26
12 pages
Article/Chapter (Book)
Electronic Resource
English
HYDRA software , Large scale hydraulic modelling , Flood crisis management , Computation optimization , Coupling between different types of domains , GIS , Qgis , Constraint lines , Coverage Engineering , Geoengineering, Foundations, Hydraulics , Hydrology/Water Resources , Computational Science and Engineering , Simulation and Modeling , Mathematics and Statistics
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