Thermo-poro-mechanics of chemically active creeping faults: 3. the role of serpentinite in episodic tremor and slip sequences, and transition to chaos

Keyphrases

• Tremor 100%
• Serpentinite 100%
• Transition to Chaos 100%
• Thermoporomechanics 100%
• Creeping Fault 100%
• Seismic Events 60%
• Subduction Zone 40%
• Key Minerals 40%
• North America 20%
• Earthquake 20%
• First-principles Method 20%
• Deep Mantle 20%
• Shear Zone 20%
• New Zealand 20%
• Cascadia 20%
• Failure Mode 20%
• Fundamental Mode 20%
• Oscillation Mode 20%
• Continuum Mechanics 20%
• Endothermic Reaction 20%
• Low Friction 20%
• Megathrust 20%
• Self-oscillation 20%
• Tectonic Setting 20%
• Chemical Reaction Kinetics 20%
• Intermediate Depth 20%
• Hydration Kinetics 20%
• Non-volcanic 20%
• Ductile Mode 20%
• Seismic Network 20%
• GPS Network 20%
• Stable Oscillation 20%
• Serpentinite Dehydration 20%
• Hikurangi 20%

Earth and Planetary Sciences

• Serpentinite 100%
• Subduction Zone 40%
• Global Positioning System 40%
• North America 20%
• Shear Zone 20%
• Trench 20%
• Continuum Mechanics 20%
• New Zealand 20%
• Tectonic Setting 20%
• Stable Oscillation 20%
• Underpinnings 20%
• Endothermic Reaction 20%