Effect of mass distribution on falling cylindrical particles at intermediate Reynolds numbers

Keyphrases

• Cylindrical Particles 100%
• Mass Distribution 100%
• Uniform Density 100%
• Intermediate Reynolds number 100%
• Terminal Velocity 75%
• Oscillation 50%
• Broadside 50%
• Center of Mass 50%
• Turbulence 50%
• Still Water 50%
• Landing Sites 50%
• AR(1) 50%
• High-speed Camera 25%
• Uniform Distribution 25%
• Non-spherical 25%
• Complex Flow 25%
• Step Function 25%
• Settling Dynamics 25%
• Low Aspect Ratio 25%
• Particle Type 25%
• Particle Motion 25%
• Settling Characteristics 25%
• Water Tank 25%
• Projected Area 25%
• Orientation Angle 25%
• Vertical Axis 25%
• Settling Behavior 25%
• Order numbers 25%
• Initial Orientation 25%
• Many-particle 25%
• Natural Sedimentation 25%
• Center of Buoyancy 25%

Earth and Planetary Sciences

• Reynolds Number 100%
• Mass Distribution 100%
• Terminal Velocity 100%
• Center of Mass 66%
• Landing Site 66%
• Particle Settling 33%
• Particle Motion 33%
• High Speed Camera 33%

Engineering

• Reynolds' Number 100%
• Mass Distribution 100%
• Terminal Velocity 100%
• Speed Camera 66%
• Controlling Mechanism 33%
• Step Function 33%
• Projected Area 33%
• Initial Orientation 33%
• Aspect Ratio 33%