Experimental study of negatively buoyant finite-size particles in a turbulent boundary layer up to dense regimes

Mathematics

• Turbulent Boundary Layer 100%
• Particle Size 94%
• Experimental Study 79%
• Fluid 32%
• Volume Fraction 27%
• Particle Image Velocimetry 21%
• Hydrogel 18%
• Particle Tracking 18%
• Reynolds Stress 17%
• Gradient 16%
• Open Channel 15%
• Refractive Index 15%
• Buoyancy 14%
• Velocity Profile 13%
• Sweep 12%
• Friction 10%
• Damped 10%
• Water 10%
• Lowest 10%
• Fluctuations 10%
• Viscosity 9%
• Vertical 9%

Engineering & Materials Science

• Particle size 60%
• Boundary layers 59%
• Velocity measurement 43%
• Fluids 40%
• Volume fraction 38%
• Refractive index 27%
• Hydrogels 27%
• Buoyancy 23%
• Kinetic energy 22%
• Working fluids 21%
• Viscosity 17%
• Friction 14%
• Water 11%

Physics & Astronomy

• turbulent boundary layer 68%
• fluids 14%
• shear 10%
• gradients 10%
• working fluids 9%
• swirling 9%
• footprints 8%
• Reynolds stress 8%
• buoyancy 8%
• particle image velocimetry 8%
• ejection 8%
• low concentrations 7%
• sliding 7%
• friction 6%
• time lag 6%
• kinetic energy 6%
• velocity distribution 6%
• viscosity 5%
• refractivity 5%
• causes 4%
• water 4%