Predictive model for local scour downstream of hydrokinetic turbines in erodible channels

Keyphrases

• Hydrokinetic Turbine 100%
• Predictive Models 100%
• Local Scour 100%
• Erodible 100%
• Scour Depth 100%
• Flow Structure 66%
• Erodible Bed 66%
• System Design 33%
• Modeling Framework 33%
• Physics-based 33%
• Hydraulics 33%
• Recent Advances 33%
• Operating Conditions 33%
• Material Composition 33%
• Dimensionless Parameters 33%
• Predictive Equation 33%
• Anchorage System 33%
• Turbine Rotor 33%
• Turbine Configuration 33%
• Marine Hydrokinetic 33%
• Clear Water 33%
• Flow Discharge 33%
• Migrating Bedforms 33%
• Mobility Regimes 33%
• Drag Force 33%
• Scaling Argument 33%
• Energy Conversion Technologies 33%
• Rotor Diameter 33%
• Flow Energy 33%
• Sandy River 33%
• Structure Depth 33%
• Live-bed 33%
• Potential Scenarios 33%
• Bridge Scour 33%
• Sediment Mobility 33%
• Local Scour Depth 33%
• Phenomenological Theory of Turbulence 33%
• Equilibrium Scour Depth 33%
• Bedding Material 33%

Engineering

• Local Scour 100%
• Scour Depth 100%
• Hydrokinetic Turbine 100%
• Flow Structure 40%
• Feasibility Study 20%
• Hydraulics 20%
• Material Composition 20%
• Dimensionless Parameter 20%
• Rotors 20%
• Energy Conversion 20%
• Rotor Diameter 20%
• Drag Force 20%
• Bed Material 20%
• Phenomenological Theory 20%
• Structure Depth 20%