Role of fault gouge dilatancy on aseismic deformation transients

Keyphrases

• Dilatancy 100%
• Fault Gouge 100%
• Aseismic Deformation 100%
• Recurrence Period 30%
• Maximum Velocity 30%
• Aseismic Transients 20%
• Subduction Fault 20%
• Friction Evolution 20%
• Drainage Parameters 20%
• High Poisson's Ratio 10%
• Nucleation Size 10%
• Diffusion Approximation 10%
• Fault Response 10%
• Neutral Stability 10%
• Gouge Friction 10%
• Seismic Observation 10%
• Relative Timing 10%
• Friction Properties 10%
• Hydraulic Conditions 10%
• Fluid Diffusion 10%
• Frictional Conditions 10%
• High Pore Pressure 10%
• Non-dimensional Parameters 10%
• Shear Strain Rate 10%
• Spectral Model 10%
• Pressure-velocity 10%
• Interstitial Fluid 10%
• Suction 10%
• Pore Compaction 10%
• Speed Ratio 10%
• Fluid Friction 10%
• Membrane Diffusion 10%

Earth and Planetary Sciences

• Fault Gouge 100%
• Dilatancy 100%
• Pore Pressure 30%
• Strain Rate 10%
• Poisson Ratio 10%
• Shear Strain 10%

Engineering

• Dilatancy 100%
• Fault Model 20%
• Diffusion Approximation 10%
• Pore Compaction 10%
• Shear Strain 10%
• Speed Ratio 10%
• Spectral Model 10%
• Fault Condition 10%
• Approach Velocity 10%