An Experimental Study of Effect of High Temperature on the Permeability Evolution and Failure Response of Granite Under Triaxial Compression

Keyphrases

• High Temperature 100%
• Peak Strength 100%
• Uniaxial Compression 100%
• Permeability Evolution 100%
• Failure Response 100%
• Thermally Induced 60%
• Induced Cracking 60%
• Confining Pressure 40%
• Acoustic Emission Events 40%
• Temperature Effect 20%
• Order of Magnitude 20%
• Increased Temperature 20%
• Mechanical Behavior 20%
• Acoustic Emission 20%
• Temperature Rise 20%
• Thermal Conductivity 20%
• Stress Decrease 20%
• Low Permeability 20%
• Shear Fracture 20%
• High Strength 20%
• Physical Behavior 20%
• Macrocrack 20%
• Thermal Stress 20%
• Volume Increase 20%
• Strength Behavior 20%
• P-wave Velocity 20%
• Stable Operation 20%
• Triaxial 20%
• Fracture Plane 20%
• Strength Parameters 20%
• After High Temperature 20%
• Behavior Evolution 20%
• Safe Operation 20%
• Nuclear Waste Disposal 20%
• Split Tensile Strength 20%
• High-temperature Treatment 20%
• Loading Direction 20%
• Tensile Fracture 20%
• Multiple Splitting 20%
• Emission Behavior 20%
• Shear Plane 20%
• Intragranular Crack 20%

Engineering

• Peak Strength 100%
• Failure Response 100%
• Acoustic Emission 80%
• Confining Pressure 60%
• Thermal Stress 20%
• Safe Operation 20%
• Wave Velocity 20%
• Temperature Increase 20%
• Thermal Conductivity 20%
• Increasing Temperature 20%
• Tensiles 20%
• Physical Behavior 20%
• Fracture Plane 20%
• Strength Parameter 20%
• Shear Fracture 20%
• Shear Plane 20%
• Loading Direction 20%
• Strength Behavior 20%

Earth and Planetary Sciences

• Acoustic Emission 100%
• Permeability Evolution 100%
• Experimental Study 100%
• Confining Pressure 75%
• Yield Point 75%
• Thermal Stress 25%
• Wave Velocity 25%
• Thermal Conductivity 25%
• Waste Disposal 25%