Loading configurations and driving mechanisms for joints based on the Griffith energy-balance concept

Keyphrases

• Joint Propagation 100%
• Griffith Energies 100%
• Loading Configuration 100%
• Elastic Strain Energy 50%
• Dead Weight 50%
• Pore Fluid 25%
• Decompression 25%
• Poroelasticity 25%
• Thermoelastic 25%
• Fluid-driven 25%
• Weight Load 25%
• Remote Stress 25%
• Propagation Velocity 12%
• Elastic Strain 12%
• In Situ Conditions 12%
• Compressive Stress 12%
• Crack Growth 12%
• Parallel Extension 12%
• Strain Energy 12%
• Energy Release 12%
• Subcritical Crack Propagation 12%
• Fluid-filled 12%
• Axial Load 12%
• Fast Propagation 12%
• Rock Mass 12%
• Fluid Load 12%
• Initial Crack 12%
• Wing Crack 12%

Engineering

• Energy Engineering 100%
• Joints (Structural Components) 100%
• Balance Concept 100%
• Elastic Strain 27%
• Strain Energy 27%
• Pore Fluid 11%
• Decompression 11%
• Deadweight 11%
• Dead-Weight Load 11%
• Remote Stress σ 11%
• Rock Mass 5%
• Crack Propagation 5%
• Compressive Stress 5%
• Tensile Stress σ 5%
• Crack Growth 5%
• Energy Release 5%
• Axial Load 5%
• Axial Splitting 5%
• Initial Crack 5%
• Propagation Velocity 5%
• Fluid Load 5%