The effect of climate change on the behaviour of thermo-active diaphragm walls

Keyphrases

• Climate Change Impacts 100%
• Lateral Displacement 100%
• Thermo-active Diaphragm Wall 100%
• Numerical Model 50%
• Shear Force 50%
• Axial Force 50%
• RCP2.6 50%
• Simplified Model 25%
• Physical Model Test 25%
• Model Complexity 25%
• Climate Change 25%
• Atmospheric Temperature 25%
• Realistic Model 25%
• Main Drivers 25%
• Bending Moment 25%
• Internal Stress 25%
• Long-term Performance 25%
• Model Output 25%
• Built Infrastructure 25%
• Model Test Data 25%
• Model Assumptions 25%
• RCP8.5 25%
• Diaphragm Wall 25%
• Energy Geostructures 25%
• Thermoactivity 25%
• Thermal Cycling 25%
• Shallow Geothermal Energy 25%
• Thermo-mechanical Loading 25%
• Renewable Energy Solutions 25%
• Maximum Bending Moment 25%
• Embedded Retaining Walls 25%
• Ground Temperature 25%
• Negative Shear 25%
• RCP 8.5 Scenario 25%
• Civil Infrastructure Project 25%
• Isothermal Boundary Conditions 25%
• Models of Boundary Conditions 25%

Engineering

• Climate Change 100%
• Lateral Displacement 100%
• Diaphragm Wall 100%
• Climatic Change 100%
• Boundary Condition 75%
• Numerical Model 50%
• Shear Force 50%
• Isothermal 50%
• Axial Force 50%
• Tensiles 25%
• Retaining Walls 25%
• Physical Model 25%
• Mechanical Loading 25%
• Bending Moment 25%
• Internal Stress 25%
• Term Performance 25%
• Thermal Cycle 25%
• Geothermal Energy 25%
• Complex Model 25%
• Renewable Energy 25%
• Ground Temperature 25%
• Model Test Data 25%
• Maximum Bending Moment 25%