Coupled thermo-hydro-mechanical response of saturated asphalt pavement

Keyphrases

• Asphalt Pavement 100%
• Thermo-hydro-mechanical Responses 100%
• Saturated Asphalt Pavement 100%
• Vehicle Load 77%
• Asphalt Layer 33%
• Weak Form 22%
• Pore Water 22%
• Mechanical Performance 22%
• Pavement 22%
• Pavement Temperature 22%
• Thermal Deformation 22%
• Thermoviscoelasticity 22%
• Thermo-hydro-mechanical Model 22%
• High Temperature 11%
• Temperature Distribution 11%
• Temperature Profile 11%
• Stress-induced 11%
• Performance Prediction 11%
• Temperature Rise 11%
• Thermal-mechanical 11%
• Governing Equation 11%
• Thermal Expansion 11%
• Thermal-hydraulics 11%
• Residual Stress 11%
• Equation-based 11%
• Temperature Decrease 11%
• Compressive Stress 11%
• Transverse Direction 11%
• Vehicle Flow 11%
• Asphalt Mixture 11%
• Relaxation Modulus 11%
• Thermal Field 11%
• Cool-down 11%
• Temperature Gradient 11%
• Effective Stress 11%
• Pore Water Flow 11%
• Finite Element Software 11%
• High Hydraulic Pressure 11%
• Hydro-mechanical 11%
• High Temperature Period 11%
• Pore Water Pressure 11%
• Mechanical Field 11%
• Thermal Tensile Stress 11%
• Hydro-mechanical Properties 11%
• Coupled Governing Equations 11%
• Thermo-hydro-mechanical 11%
• Vertical Strain 11%
• Thermal Contraction 11%

Engineering

• Mechanical Response 100%
• Asphalt Pavements 100%
• Pavement 33%
• Asphalt Layer 25%
• Mechanical Model 16%
• Mechanical Performance 16%
• Thermal Deformation 16%
• Temperature Profile 8%
• Finite Element Analysis 8%
• Temperature Distribution 8%
• Temperature Increase 8%
• Thermal Hydraulics 8%
• Residual Stress 8%
• Hydraulic Pressure 8%
• Compressive Stress 8%
• Tensile Stress σ 8%
• Asphalt Mixture 8%
• Relaxation Modulus 8%
• Thermal Gradient 8%
• Thermal Field 8%
• Performance Prediction 8%
• Temperature Gradients 8%
• Effective Stress 8%
• Pore Water Pressure 8%
• Mechanical Field 8%
• Mixture Temperature 8%