Effect of thermal loading on compressional wave velocity, Mode I fracture toughness and tensile strength

Earth & Environmental Sciences

• fracture toughness 100%
• tensile strength 89%
• wave velocity 80%
• crack 69%
• cooling 50%
• heating 37%
• rock 25%
• effect 20%
• temperature 20%
• seismic velocity 19%
• ventilation 16%
• P-wave 16%
• S-wave 16%
• excavation 15%
• mechanical property 14%
• test 13%
• sandstone 13%
• damage 11%

Physics & Astronomy

• fracture strength 87%
• tensile strength 84%
• cracks 68%
• rocks 51%
• cooling 48%
• heating 33%
• excavation 25%
• sandstones 23%
• cycles 23%
• ventilation 22%
• P waves 20%
• healing 20%
• thermal shock 20%
• S waves 17%
• temperature 15%
• damage 12%
• mechanical properties 11%

Chemical Compounds

• Fracture Toughness 99%
• Wave 82%
• Cooling 78%
• Tensile Strength 75%
• Velocity 74%
• S-Wave Velocity 49%
• P-Wave Velocity 46%
• Thermal Shock 28%
• Mining 25%