Fatigue life analysis of RAP-predominant asphalt mixtures using classical and VECD approaches

Keyphrases

• Asphalt Mixture 100%
• Simplified Viscoelastic Continuum Damage (S-VECD) 100%
• Fatigue Life Analysis 100%
• Fatigue Life 66%
• Damage Analysis 33%
• Strain Level 33%
• Generalized Maxwell Model 33%
• Fatigue Properties 16%
• Power Law 16%
• Fatigue Performance 16%
• Content Variation 16%
• Phase Angle 16%
• Loading History 16%
• Stiffness 16%
• 2S2P1D 16%
• 2S2P1D Model 16%
• Biaxial Strain 16%
• Inflection Point 16%
• Rate of Change 16%
• Ranking Method 16%
• Phase Angle Difference 16%
• Strong Power 16%
• Curve-based 16%
• Property Change 16%
• RAP Content 16%
• Maximum Phase 16%
• Pseudo Energy 16%
• Black Curves 16%
• Strain Differences 16%
• Dissipated Energy Ratio 16%
• Mixture Analysis 16%
• Fatigue Strain 16%
• Level of Life 16%
• High RAP Content 16%

Engineering

• Fatigue Life 100%
• Asphalt Mixture 100%
• Phase Shift 40%
• Damage Analysis 40%
• Strain Level 40%
• Fatigue Property 20%
• Fatigue Performance 20%
• Energy Ratio 20%
• Change Rate 20%
• Strain Energy 20%
• Axial Strain 20%
• Intrinsic Property 20%
• Loading History 20%
• Rigidity 20%
• Inflection Point 20%