Predicting soil-rigid wheel performance using distinct element methods

Keyphrases

• Vertical Load 100%
• Wheel Performance 100%
• Rigid Wheel 100%
• Distinct Element Method 100%
• Discrete Element Modeling 66%
• Soil Conditions 66%
• Cohesion 33%
• Two Dimensional 33%
• PFC2D 33%
• Loading Conditions 33%
• Semi-empirical Methods 33%
• Sinkage 33%
• Soil Particles 33%
• Soil-wheel Interaction 33%
• Self-propelled 33%
• Grouser 33%
• Dynamic Simulation 33%
• Contact Model 33%
• Soil Deformation 33%
• Slip Rate 33%
• Traction Performance 33%
• Design Intent 33%
• Deformation Stress 33%
• Net Traction Ratio 33%
• Tractive Performance 33%
• Soil Cone Index 33%
• Stress Distribution 33%
• Rigid Soils 33%
• Drawbar Pull 33%
• Softening Model 33%
• Empirical Theory 33%
• Motion Resistance 33%
• Cone Index 33%
• High Slip 33%

Engineering

• Element Method 100%
• Discrete Element Model 100%
• Soil Condition 100%
• Distinct Element 100%
• Computer Simulation 50%
• Two Dimensional 50%
• Load Condition 50%
• Simulation Result 50%
• Soil Particle 50%
• Sinkage 50%
• Good Correlation 50%
• Contact Model 50%
• Softening Model 50%
• Design Purpose 50%
• Test Result 50%
• Dimensional Discrete 50%