Frictional stability and earthquake triggering during fluid pressure stimulation of an experimental fault

Keyphrases

• Fluid Pressure 100%
• Fault Slip 100%
• Earthquake Triggering 100%
• Frictional Stability 100%
• Pressure Stimulation 100%
• Effective Normal Stress 75%
• Fluid Overpressure 75%
• Friction 50%
• Earthquake 50%
• Earthquake nucleation 50%
• Slip Evolution 50%
• Carbonate 25%
• Stress State 25%
• Physical Mechanism 25%
• Injection Fluid 25%
• Dynamic Instability 25%
• Central United States 25%
• Direct Shear 25%
• Aseismic Creep 25%
• Fault Gouge 25%
• True Triaxial Test 25%
• Triaxial Pressure 25%
• Pressure Vessel 25%
• Earthquake Fault 25%
• Western Canada 25%
• Pressurization 25%
• Fault Weakening 25%
• Constant Shear Stress 25%
• Failure Condition 25%
• Fluid Injection 25%
• Induced Seismicity 25%
• Seismic Risk 25%
• Rate-and-state Friction 25%
• Bearing Fault 25%

Earth and Planetary Sciences

• Fluid Pressure 100%
• Fault Slip 100%
• Fluid Injection 75%
• Nucleation 50%
• United States 25%
• Canada 25%
• Fault Gouge 25%
• Pressure Vessel 25%
• Induced Seismicity 25%
• Earthquake Trigger 25%

Engineering

• Fluid Pressure 100%
• Pressurization 100%
• Creep 75%
• Stress State 25%
• Failure Condition 25%
• Seismicity 25%
• Dynamic Instability 25%
• Pressure Vessel 25%
• Seismic Risk 25%