A mechanistic-empirical approach to quantify the influence of geogrid on the performance of flexible pavement structures

Keyphrases

• Geogrid 100%
• Flexible Pavement Structure 100%
• Mechanistic-empirical Approach 100%
• Reinforced 45%
• Tensile Strain 18%
• Material Properties 18%
• Unreinforced 18%
• Asphalt Concrete 18%
• Pavement 18%
• Modified Materials 18%
• Pavement Response 18%
• Vertical Stress 18%
• Mechanistic-empirical Design 18%
• Prediction Accuracy 9%
• Performance Prediction 9%
• Stiffness 9%
• Performance Results 9%
• Finite Element Model 9%
• Software Design 9%
• Membrane Effect 9%
• Fatigue Crack 9%
• Fatigue Life 9%
• Surface Deflection 9%
• Rut Depth 9%
• Pavement Section 9%
• Flexible Pavement 9%
• Geogrid Reinforcement 9%
• Pavement Structure 9%
• Reinforced Pavement 9%
• Subgrade 9%
• Rutting Damage 9%
• Structure Model 9%
• Equivalency 9%
• Performance Database 9%
• Long-term Pavement Performance 9%
• Concrete Stress 9%
• Geogrid Layers 9%
• Lateral Confinement 9%
• Finite Element Technique 9%
• Soil Tank Test 9%
• Tank Test 9%

Engineering

• Pavement 100%
• Tensile Strain 15%
• Asphalt Concrete 15%
• Base Course 15%
• Finite Element Analysis 7%
• Field Measurement 7%
• Model Structure 7%
• Fatigue Life 7%
• Full Scale 7%
• Finite Element Modeling 7%
• Predicted Model 7%
• Subgrade 7%
• Pavement Performance 7%
• Performance Database 7%