Comparison of liquefaction behavior of granular material under SH- and Love-wave strain conditions by 3D DEM

Physics

• S Wave 100%
• Liquefaction 60%
• Behavior 60%
• Coordination Number 30%
• SH Wave 20%
• Degradation 10%
• Rotation 10%
• Speed 10%
• Responses 10%
• Particle 10%
• Differences 10%
• Foci 10%
• Surface Waves 10%

Engineering

• Strain Condition 90%
• Shear Wave 30%
• Coordination Number 30%
• Packing 30%
• Effective Stress 20%
• Microscale 20%
• Macroscale 20%
• Reduction Ratio 10%
• Loading Condition 10%
• Simulation Result 10%
• Dimensional Discrete 10%
• Seismic Loading 10%
• Energy Engineering 10%
• Chains 10%
• Critical Value 10%

Earth and Planetary Sciences

• Granular Material 60%
• Coordination Number 30%
• Digital Elevation Model 20%
• Microbalance 20%
• Investigation 20%
• Surface Wave 10%
• Discrete Element Method 10%
• Speed 10%
• Response 10%
• Comparison 10%
• Difference 10%
• Damage 10%
• Particle 10%
• Whirl 10%
• Chain 10%
• Average 10%
• Foci 10%