Coupling 1-D model for main water channel and 2-D model for flood plain is a suitable method to simulate flooding process. It is a supplementary way to cope with global management of rivers. A method of coupling is described and part of the first phase of validation is shown. We also mentioned one case of application of the coupled model to a river of France. / Le couplage d'un modèle 1D pour le lit mineur et d'un modèle 2D pour le lit majeur est une méthode adaptée pour simuler le processus d'inondation. C'est une manière supplémentaire de participer à la gestion globale des rivières. Une méthode de couplage est décrite et une partie de la première phase de validation est mentionnée. Nous indiquons aussi un cas d'application à une rivière ...
AbstractIntegrated modelling approaches for whole river catchments require the coupling of different...
Urban flooding has become a very important and growing issue around the world. Sinceit remains to be...
The French catchments around the Mediterranean Sea are affected by intense rains, which can cause fa...
Propagating a flood along a river is generally computed by using a 1D model, the direction of which ...
International audienceIn the context of hydrodynamic modeling, the use of 2D models is adapted in ar...
In order to improve numerical simulation of flooding events possibilities of coupling 1D and 2D mode...
Les bassins versants du pourtour méditerranéen français sont touchés par des pluies parfois intenses...
International audience1D river flow modelling approaches are generally inefficient when overbank flo...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAU [Encadrant_IRSTEA]Litrico, X.Whether during floods or du...
We present a lateral coupling method between one-dimensional (1D) and two-dimensional (2D) shallow-w...
International audienceHydrological modeling of the Somme river basin situated in the north of France...
In this paper, the functioning, capabilities and limitations of a physically-based flood inundatio...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]QUASAREInternational audienceSince 2000, the European Water Fra...
AbstractIntegrated modelling approaches for whole river catchments require the coupling of different...
Urban flooding has become a very important and growing issue around the world. Sinceit remains to be...
The French catchments around the Mediterranean Sea are affected by intense rains, which can cause fa...
Propagating a flood along a river is generally computed by using a 1D model, the direction of which ...
International audienceIn the context of hydrodynamic modeling, the use of 2D models is adapted in ar...
In order to improve numerical simulation of flooding events possibilities of coupling 1D and 2D mode...
Les bassins versants du pourtour méditerranéen français sont touchés par des pluies parfois intenses...
International audience1D river flow modelling approaches are generally inefficient when overbank flo...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAU [Encadrant_IRSTEA]Litrico, X.Whether during floods or du...
We present a lateral coupling method between one-dimensional (1D) and two-dimensional (2D) shallow-w...
International audienceHydrological modeling of the Somme river basin situated in the north of France...
In this paper, the functioning, capabilities and limitations of a physically-based flood inundatio...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]QUASAREInternational audienceSince 2000, the European Water Fra...
AbstractIntegrated modelling approaches for whole river catchments require the coupling of different...
Urban flooding has become a very important and growing issue around the world. Sinceit remains to be...
The French catchments around the Mediterranean Sea are affected by intense rains, which can cause fa...