Coping with the problem of hydraulic risk evaluation in mountain regions requires the development of mathematical tools for efficiently solving De Saint-Venant equations. Flood propagation in mountain areas usually takes place within a setting characterized by constantly changing slope, recurring and abrupt cross-section changes: as a consequence, transcritical flow regimes can occur, even with shock formation. All these aspects require ad hoc numerical methods. Although rather effective shock-capturing algorithms are nowadays available to solve one-dimensional De Saint-Venant equations, their application to real cases is still considerably hindered by the need to have closely spaced cross-sections (and associated hydraulic and geometric qu...
Dam-break floods on steep slopes occur in diverse settings. They may result from failure of either n...
The mapping of the channel network plays a fundamental role in manifold landscape management issues,...
Most of the recent developments concerning efficient numerical schemes to solve the shallow-water eq...
Coping with the problem of hydraulic risk evaluation in mountain regions requires the development of...
Shallow Water Equations (SWE) provide a fundamental component for the quantification and mapping of ...
Dam-break analysis is of great importance in mountain environment, especially where reservoirs are l...
We present a new form of terrain compression to preserve the hydrological information that is lost u...
International audienceFloods cause significant material and human damage worldwide. In France, and m...
International audienceFlash floods observed in headwater catchments often cause catastrophic materia...
The physical processes governing shallow landslide triggering can be ascribed to hydrological and g...
The hydrological response of catchments is influenced by the lanscape characteristics. Both channel ...
Dam-break hazard assessment is of great importance in the Italian Alps, where a large number of medi...
We propose a new method to model rapid mass movements on complex topography using the shallow water ...
Most of the recent developments concerning efficient numerical schemes to solve the shallow-water eq...
Hydraulic hazards in alluvial fan areas are mainly related to torrential floods and debris flows. Th...
Dam-break floods on steep slopes occur in diverse settings. They may result from failure of either n...
The mapping of the channel network plays a fundamental role in manifold landscape management issues,...
Most of the recent developments concerning efficient numerical schemes to solve the shallow-water eq...
Coping with the problem of hydraulic risk evaluation in mountain regions requires the development of...
Shallow Water Equations (SWE) provide a fundamental component for the quantification and mapping of ...
Dam-break analysis is of great importance in mountain environment, especially where reservoirs are l...
We present a new form of terrain compression to preserve the hydrological information that is lost u...
International audienceFloods cause significant material and human damage worldwide. In France, and m...
International audienceFlash floods observed in headwater catchments often cause catastrophic materia...
The physical processes governing shallow landslide triggering can be ascribed to hydrological and g...
The hydrological response of catchments is influenced by the lanscape characteristics. Both channel ...
Dam-break hazard assessment is of great importance in the Italian Alps, where a large number of medi...
We propose a new method to model rapid mass movements on complex topography using the shallow water ...
Most of the recent developments concerning efficient numerical schemes to solve the shallow-water eq...
Hydraulic hazards in alluvial fan areas are mainly related to torrential floods and debris flows. Th...
Dam-break floods on steep slopes occur in diverse settings. They may result from failure of either n...
The mapping of the channel network plays a fundamental role in manifold landscape management issues,...
Most of the recent developments concerning efficient numerical schemes to solve the shallow-water eq...