An experimental study of turbulent flow over a low-angle dune

Keyphrases

• Turbulent Flow 100%
• Low-angle Dunes 100%
• Shear Layer 50%
• Dunes 50%
• Scale Model 30%
• Macroturbulence 30%
• Angle of Repose 20%
• Flow Separation 20%
• Separated Flows 20%
• Velocity Profile 10%
• Two Dimensional 10%
• Small Region 10%
• Temporal Evolution 10%
• Turbulence 10%
• Model Experimental 10%
• Low Angle 10%
• Side Flow 10%
• Intermittency 10%
• Flow Reversal 10%
• Canada 10%
• In the Zone 10%
• Velocity Gradient 10%
• Velocity Map 10%
• Turbulent Structure 10%
• Flow Dynamics 10%
• Fraser River 10%
• Reynolds Stress 10%
• Vertical Velocity 10%
• Sand Bed 10%
• Flow Deceleration 10%
• Eddies 10%
• Laser Doppler Anemometer 10%
• Separation Layer 10%
• Horizontal Velocity 10%
• High-velocity Flow 10%
• Slip Face 10%
• Alluvial Channel 10%
• Dune Morphology 10%
• Dominant Controls 10%
• Turbulence Production 10%
• Side Slope 10%
• Form Roughness 10%
• Intermittent Streams 10%
• Dune Flow 10%
• Sand-bed River 10%
• Flow Expansion 10%
• Layer Behavior 10%
• Natural Sand 10%

Engineering

• Turbulent Flow 100%
• Shear Layer 100%
• Scale Model 60%
• Flow Separation 40%
• Separated Flow 40%
• Velocity Profile 20%
• Two Dimensional 20%
• Temporal Evolution 20%
• Field Measurement 20%
• Critical Role 20%
• Field Study 20%
• Velocity Gradient 20%
• Flow Dynamics 20%
• Reynolds Stress 20%
• Side Slope 20%
• Fraser River 20%
• Intermittent Flow 20%
• Expansion Flow 20%
• Natural Sand 20%
• Laser Doppler Anemometer 20%

Earth and Planetary Sciences

• Experimental Study 100%
• Turbulent Flow 100%
• Shear Layer 100%
• Scale Model 60%
• Laminar Boundary Layer 40%
• Canada 20%
• Temporal Evolution 20%
• Flow Velocity 20%
• Field Study 20%
• Velocity Distribution 20%
• River Bed 20%