Reverse Flood Routing in Natural Channels using Genetic Algorithm - Zucco, G.; Tayfur, G.; Moramarco, T. (Water resources management, 2015)
Keywords: Algorithms; Atmospheric Sciences; Basins; Channels; Civil Engineering; Discharge; Discharge hydrographs; Downstream; Earth and Environmental Science; Earth Sciences; Environment; Environmental monitoring; equations; European Union; Flood peak; Flood routing; Floods; Flow measurement; Flow velocity; Genetic algorithms; Geometry; Geotechnical Engineering & Applied Earth Sciences; High flow; Hydraulic models; Hydraulics; Hydrogeology; hydrograph; Hydrologic data; Hydrologic models; Hydrology; Hydrology models; Hydrology/Water Resources; Italy; Mathematical models; meteorological data; monitoring; Parameter estimation; rain; Rainfall-runoff relationships; Ratings; reproduction; Rivers; roughness; Stream discharge; Stream flow; Water balance; Water inflow; Water levels; Water resources; ANE, Europe; MED, Italy; MED, Italy, Tevere Estuary; Italy; Hydrograph generation; Flood wave; Simulation; Peak rate; Genetic algorithm; River reach; Time to peak; Hydraulic modelling; Reverse routing