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Modelling of Floods in Urban Areas
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This Special Issue publishes the latest advances and developments concerning the modelling of flooding in urban areas and contributes to our scientific understanding of the flooding processes and the appropriate evaluation of flood impacts. This issue contains contributions of novel methodologies including flood forecasting methods, data acquisition techniques, experimental research in urban drainage systems and/or sustainable drainage systems, and new numerical and simulation approaches in nine papers with contributions from over forty authors.
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Keywords
- and evacuation lead time
- Antananarivo
- artificial neural network
- CFD
- decision trees
- demographic change
- dilute concentration
- drainage system
- dual drainage
- ensemble techniques
- FIRM
- flash flood
- Flood
- flood forecasting
- flooding
- flow depth
- GIS
- grid-based modeling
- hazard
- History of engineering & technology
- hydraulic structures
- hyper concentration
- Iber
- integrated hydraulic modeling
- Iran
- Machine learning
- manhole flooding
- mean concentration
- multistep urban flood forecast
- n/a
- parameterised power-linear model
- pollutant transport
- porosity
- resilient backpropagation
- Rouse number
- sediment size parameter
- shallow-water model
- sub-Saharan Africa
- suspended sediment transport
- SWMM
- SWWM
- Technology, engineering, agriculture
- Technology: general issues
- urban drainage
- urban flood management
- urban flood modeling
- Urban Flooding
- Urbanization
- vulnerability
- weather radar
Links
DOI: 10.3390/books978-3-0365-1619-6Editions