A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sustainable Urban Drainage System Modeling for Managing Urban Surface Water Flood Risk
The identification of “critical drainage areas” to quantify “hotspot” flood and pollution risks associated with extreme event urban surface runoff is central to Stormwater Management Plans and Water Framework Directive catchment planning. An innovative geographic information system‐based 1D–2D modeling analysis coupled with a drainage assessment tool is described which addresses this methodological requirement. The modeling approach further integrates a sustainable urban drainage system (SUDS) tool called SUDSLOC to provide a stakeholder‐friendly surface water management framework. The modeling approach is illustrated by reference to two small urban catchments within the cities of Birmingham and Coventry in the Midlands region of England and the benefits of utilizing ground‐based “light detection and ranging” survey to build the surface micro‐topography are demonstrated. The performance effectiveness of the selected SUDS controls was explored and the utility of the graphical animated outputs are discussed. Whilst the implemented SUDS controls exhibit substantial reductions (>57%) in total discharge volumes for storms up to 1:30 year return periods, there are very limited volumetric reductions for storm events exceeding this return period.
Sustainable Urban Drainage System Modeling for Managing Urban Surface Water Flood Risk
The identification of “critical drainage areas” to quantify “hotspot” flood and pollution risks associated with extreme event urban surface runoff is central to Stormwater Management Plans and Water Framework Directive catchment planning. An innovative geographic information system‐based 1D–2D modeling analysis coupled with a drainage assessment tool is described which addresses this methodological requirement. The modeling approach further integrates a sustainable urban drainage system (SUDS) tool called SUDSLOC to provide a stakeholder‐friendly surface water management framework. The modeling approach is illustrated by reference to two small urban catchments within the cities of Birmingham and Coventry in the Midlands region of England and the benefits of utilizing ground‐based “light detection and ranging” survey to build the surface micro‐topography are demonstrated. The performance effectiveness of the selected SUDS controls was explored and the utility of the graphical animated outputs are discussed. Whilst the implemented SUDS controls exhibit substantial reductions (>57%) in total discharge volumes for storms up to 1:30 year return periods, there are very limited volumetric reductions for storm events exceeding this return period.
Sustainable Urban Drainage System Modeling for Managing Urban Surface Water Flood Risk
Ellis, J. Bryan (author) / Viavattene, Christophe (author)
CLEAN – Soil, Air, Water ; 42 ; 153-159
2014-02-01
7 pages
Article (Journal)
Electronic Resource
English
Urban Flood Risk and Economic Viability Analyses of a Smart Sustainable Drainage System
| DOAJ | 2021