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scopus(6)
Areal rainfall correction coefficients for small urban catchments
ArticleAbstract: The spatial rainfall variability can have a large effect on the prediction of discharges in urban drPalabras claves:Areal correction coefficient, design, Point measurement, rainfall, Spatial variabilityAutores:Berlamont J., Patrick Willems, Vaes G.Fuentes:scopusIntegrated simulation of urban wastewater systems - How many rainfall data do we need?
Conference ObjectAbstract: Rainfall data constitute an important, if not the most important, input for simulations of the urbanPalabras claves:Autores:Patrick Willems, Schütze M., Vaes G.Fuentes:scopusMoving design storms for combined sewer systems
Conference ObjectAbstract: Design storms for combined sewer system design are generally applied as a uniform input. However, thPalabras claves:Combined sewer system, Design storms, Dynamic effect, Return period, Spatial variabilityAutores:Berlamont J., Patrick Willems, Vaes G.Fuentes:scopusScience-policy interfacing in support of the Water Framework Directive implementation
ReviewAbstract: Many current water-related RTD projects have established operational links with practitioners, whichPalabras claves:COMMUNICATION, Dissemination, RTD, Water Framework Directive, Water policy, Web portalAutores:De Lange W., Kober K., Kramer K., Patrick Willems, Swartenbroekx P., Vaes G.Fuentes:scopusRainfall input requirements for hydrological calculations
ArticleAbstract: Rainfall is the most important input for many hydrological and hydraulic design calculations. IdeallPalabras claves:Design storms, Hydrological models, Rainfall input, Short rainfall series, Simplified modelsAutores:Berlamont J., Patrick Willems, Vaes G.Fuentes:scopusRainfall input requirements for urban drainage modelling
Conference ObjectAbstract: Rainfall is the most important input for many design calculations. Ideally, long historical rainfallPalabras claves:Autores:Berlamont J., Patrick Willems, Vaes G.Fuentes:scopus