Integrating multiple downscaling simulations with continuous In-situ monitoring to assess riverbed scouring

Keyphrases

• Taiwan 100%
• In-situ Monitoring 100%
• Downscaling Simulation 100%
• Numerical Simulation 50%
• Flow Velocity 50%
• Local Scour 50%
• Field Monitoring 50%
• Floatable 50%
• Acoustic Doppler Current Profiler 50%
• Human Life 25%
• Bank Erosion 25%
• Hydraulic Structure 25%
• Scour Depth 25%
• Hydrologic Engineering Center-Hydrologic Modeling System (HEC-HMS) 25%
• Watershed Scale 25%
• Kinetic Energy 25%
• Water Level 25%
• Mobile-bed Model 25%
• Computational Resources 25%
• Flash Flood 25%
• Heavy Rain 25%
• Peak Time 25%
• Simulation Accuracy 25%
• Creek 25%
• Typhoon Season 25%
• SRH-2D 25%
• Monitoring Results 25%
• River Stage 25%
• Fengshan 25%
• WASH123D 25%
• Hydraulic Routing 25%
• Hydrologic Modeling System 25%
• Sediment Yield 25%
• Turbid Rivers 25%
• Flood Recession 25%
• High Discharge Rate 25%
• Device Monitoring 25%

Engineering

• Computer Simulation 100%
• Flow Velocity 100%
• Energy Engineering 50%
• Hydraulics 50%
• Human Life 50%
• Peak Time 50%
• Discharge Rate 50%
• Computational Resource 50%
• Heavy Rain 50%
• Monitoring Result 50%
• Local Scale 50%
• Hydraulic Structure 50%

Earth and Planetary Sciences

• Taiwan 100%
• Downscaling 100%
• Flow Velocity 50%
• Acoustic Doppler Current Profiler 50%
• Hydraulic Structure 25%
• Flash Flood 25%
• Hydrological Modeling 25%
• Sediment Yield 25%
• Kinetic Energy 25%
• Cyclones 25%