The Mechanical Coupling of Fluid-Filled Granular Material Under Shear

Keyphrases

• Fluid-filled 100%
• Granular Materials 100%
• Mechanical Coupling 100%
• Pore Pressure 100%
• Liquefaction 66%
• Pore Fluid 50%
• Shear Resistance 50%
• Linear Relationship 33%
• Landslide 33%
• Coupled Mechanics 33%
• Pore Fluid Pressure 33%
• Numerical Simulation 16%
• Pressure Drop 16%
• Earthquake 16%
• Soil Liquefaction 16%
• Mass Conservation 16%
• Granular Media 16%
• Pressure Rise 16%
• Momentum Conservation 16%
• Granular Systems 16%
• Fluid Mechanics 16%
• Mechanical Strength 16%
• Basic Physics 16%
• Earth System 16%
• External Load 16%
• Saturated Soil 16%
• Volumetric Strain 16%
• Dynamic Algorithms 16%
• Fluid Systems 16%
• Catastrophic Events 16%
• Media Control 16%
• Drained Condition 16%
• Granular Skeleton 16%
• Fluid Pressurization 16%
• Fully Coupled Model 16%
• Shear Zone 16%
• Viscoelastic Rheology 16%
• Geosystem 16%
• Fluid Resistance 16%
• Depressurization 16%
• Undrained Condition 16%
• Pressure-strain 16%
• Granular Dynamics 16%
• Fault Gouge 16%
• Pore Space 16%
• Pore Fluid Flow 16%
• Volumetric Strain Rate 16%
• Space Variation 16%
• Stress Chain 16%

Engineering

• Mechanical Coupling 100%
• Pore Fluid 100%
• Shear Resistance 60%
• Linear Relationship 40%
• Fluid Pressure 40%
• Volumetric Strain 40%
• Computer Simulation 20%
• Pressure Drop 20%
• Great Importance 20%
• Pressure Rise 20%
• Mass Conservation 20%
• Earth System 20%
• Strain Rate 20%
• External Load 20%
• Coupled Model 20%
• Pore Space 20%
• Rheology 20%
• Fluid System 20%
• Pressurization 20%
• Momentum Conservation 20%
• Depressurization 20%
• Shear Zone 20%
• Soil Liquefaction 20%
• Catastrophic Event 20%

Earth and Planetary Sciences

• Granular Material 100%
• Pore Pressure 100%
• Liquefaction 83%
• Fluid Pressure 33%
• Volumetric Strain 33%
• Fluid Flow 16%
• Granular Medium 16%
• Strain Rate 16%
• Pore Space 16%
• Shear Zone 16%
• Pressure Reduction 16%
• Rheology 16%
• Fault Gouge 16%
• Catastrophic Event 16%