| Document Date: 2012-04-10 21:11:48
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City Frejus / Park / Sanders / Bradford / Taipei / Louvain / / Company Two-Dimensional Laboratory / Toro / / Country France / United States / / Event Natural Disaster / / Facility Malpasset dam / Pennsylvania State University / University Park / V-shaped catchment / Laboratory Implementation / / IndustryTerm oscillatory solutions / numerical solutions / numerical solution / / MusicGroup U2 / / NaturalFeature Reyran river / WATER FLOW river / Reyran valley / Converging-Diverging Channel / FLOW river / SEDIMENT TRANSPORT IN river / WATER river / / OperatingSystem L3 / / Organization American Geophysical Union / Department of Civil and Environmental Engineering / Pennsylvania State University / / Person Yoon / Hudson / Kang / Ai / / Position Cao / model for observed and predicted quantities / / ProvinceOrState Pennsylvania / / Region southern France / / Technology 3-D / well known Triangle algorithm / Environmental Engineering / fluid dynamics / http / simulation / wetting-drying algorithm / / URL http /
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WATER RESOURCES RESEARCH, VOL. 47, W03508, doi:2010WR009751, 2011 Fully coupled approach to modeling shallow water flow, sediment transport, and bed evolution in rivers Shuangcai Li1 and Christopher J. Duffy1 Re