Experimental study of the effects of initial shear stress on liquefaction potential through an energy-based approach

Keyphrases

• Initial Shear Stress 100%
• Energy-based Approach 100%
• Liquefaction Potential 100%
• Pore Water Pressure 40%
• Stress Conditions 20%
• Liquefaction 20%
• Stress-driven 20%
• Stress Path 20%
• Shear Stress 20%
• Dissipated Energy 20%
• Cyclic Load 20%
• Granular Soil 20%
• Liquefaction Resistance 20%
• Offshore Environment 20%
• Submarine 20%
• Submarine Slope 20%
• Initial Static Shear Stress 20%
• Water Energy 20%
• Shear Stress Level 20%
• Inclined Terrain 20%
• Cumulative Energy 20%
• Cyclic Behavior 20%
• Linear Shear 20%
• Dip Direction 20%
• Oval-shaped 20%
• Cyclic Liquefaction 20%

Engineering

• Energy Engineering 100%
• Pore Water Pressure 40%
• Test Result 20%
• Stress Condition 20%
• Stress Level 20%
• Stress Path 20%
• Cyclic Loads 20%
• Granular Soil 20%
• Dip Direction 20%