Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Improved Flood Frequency Extrapolation Procedures Using a Physically-Based, Distributed Watershed Model
This research focuses on new methods to estimate extreme floods for dam safety and hydrologic engineering. Physically-based, distributed watershed models are used as an avenue to estimate extreme floods, and as a basis to extrapolate frequency curves. The main elements of this research include improving and using a physically-based rainfall-runoff model to estimate extreme floods and probabilities for dam safety on a large watershed. The test watershed is the Arkansas River above Pueblo, Colorado.
Improved Flood Frequency Extrapolation Procedures Using a Physically-Based, Distributed Watershed Model
This research focuses on new methods to estimate extreme floods for dam safety and hydrologic engineering. Physically-based, distributed watershed models are used as an avenue to estimate extreme floods, and as a basis to extrapolate frequency curves. The main elements of this research include improving and using a physically-based rainfall-runoff model to estimate extreme floods and probabilities for dam safety on a large watershed. The test watershed is the Arkansas River above Pueblo, Colorado.
Improved Flood Frequency Extrapolation Procedures Using a Physically-Based, Distributed Watershed Model
J. F. England (Autor:in)
2005
76 pages
Report
Keine Angabe
Englisch
Meteorological Data Collection, Analysis, & Weather Forecasting , Physical Meteorology , Emergency Services & Planning , Hydrology & Limnology , Civil Engineering , Flood management , Watersheds , Hydrologic engineering , Dam safety , Risk analysis , Flooding , Floods , Watershed models , Extreme floods , Arkansas River
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