Study on Flow Fields of Boundary-Layer Separation and Hydraulic Jump during Rundown Motion of Shoaling Solitary Wave

Keyphrases

• Flow Field 100%
• Solitary Waves 100%
• Hydraulic Jump 100%
• Run-down 100%
• Boundary Layer Separation 100%
• Free Surface 60%
• Vortex Evolution 40%
• Vortex Structure 40%
• Flow Separation 40%
• Separated Shear Layer 40%
• Froude number 20%
• Wave Height 20%
• Boundary Layer 20%
• Diffuser 20%
• Water Depth 20%
• Velocity Field 20%
• Average Velocity 20%
• Air Bubbles 20%
• Entrainment 20%
• Supercritical Flow 20%
• Adverse Pressure Gradient 20%
• Particle Trajectory 20%
• Depth Ratio 20%
• Stagnation Point 20%
• Breaking Solitary Waves 20%
• Flow Visualization Technique 20%
• Sloping Bottom 20%
• Flow Field Characteristics 20%
• Subcritical Flow 20%
• Trajectory Method 20%
• Shoaling Waves 20%
• High-speed Particle Image Velocimetry 20%
• High-speed Digital Camera 20%
• Associated Movements 20%
• Flow Image 20%
• Instantaneous Flow 20%
• Flow Bifurcation 20%

Engineering

• Hydraulic Jump 100%
• Boundary Layer Separation 100%
• Flow Distribution 100%
• Solitary Wave 100%
• Free Surface 60%
• Vortex 40%
• Main Stream 40%
• Shear Layer 40%
• Flow Separation 40%
• Froude Number 20%
• Velocity Field 20%
• Diffusers 20%
• Boundary Layer 20%
• Depth Ratio 20%
• Particle Image Velocimetry 20%
• Flow Visualization 20%
• Wave Height 20%
• Adverse Pressure Gradient 20%
• Particle Trajectory 20%
• Supercritical Flow 20%
• Subcritical Flow 20%
• Digital Camera 20%
• Stagnation Point 20%