Boundary stresses due to impacts from dry granular flows

Keyphrases

• Particle Size Distribution 100%
• Dry Granular Flow 100%
• Particle Bed 100%
• Boundary Stress 100%
• Contact Force 66%
• Debris Flow 66%
• Grain Size 66%
• Impact Velocity 66%
• Bedrock Incision 66%
• Discrete Element Simulation 66%
• Incision Model 66%
• Contact Mechanics Model 66%
• Particle Size 33%
• Granular Mixtures 33%
• Impact Force 33%
• Erosion Rate 33%
• Binary Mixture 33%
• Granular Flow 33%
• Particle Collision 33%
• Local Time 33%
• Pressure Profile 33%
• Discrete Element Method 33%
• Bedrock Erosion 33%
• Boundary Force 33%
• Parameter Tuning 33%
• Thin Flow 33%
• Particle Size Dependence 33%
• Size Influence 33%
• Multiple Particles 33%
• Statistical Measures 33%
• Flow Independent 33%
• Abrasion 33%
• Rotating Drum 33%
• Height Profile 33%

Engineering

• Fluidized Bed 100%
• Element Method 100%
• Discrete Element 100%
• Particle Size Analysis 100%
• Contact Force 66%
• Contact Mechanics 66%
• Mechanic Model 66%
• Impact Velocity 66%
• Impact Force 33%
• Particle Collision 33%
• Individual Particle 33%
• Experimental Observation 33%
• Field Data 33%
• Boundary Force 33%
• Local Time 33%
• Binary Mixture 33%

Earth and Planetary Sciences

• Particle Size Distribution 100%
• Discrete Element Method 100%
• Fluidised Bed 100%
• Grain Size 66%
• Debris Flow 66%
• Impact Velocity 66%
• Erosion Rate 33%
• Laboratory Experiment 33%
• Binary Mixture 33%
• Particle Collision 33%