Development of an Atomistic-Based Chemophysical Environment for Modelling Asphalt Oxidation

Engineering

• Fluid Viscosity 100%
• Engineering 50%
• Pavement 50%
• Model Prediction 50%
• Ray Photoelectron Spectroscopy 50%
• Air Condition 50%
• Physical Behavior 50%
• Road Pavement 50%
• Performance-Based Requirement 50%
• Waterproofing 50%

Keyphrases

• Asphalt 100%
• Asphalt Oxidation 100%
• Viscosity 20%
• Rheological Properties 20%
• Adhesion 10%
• Physical Properties 10%
• Model Prediction 10%
• Phenomenological Approach 10%
• Pavement 10%
• X-ray Photoelectron Spectroscopy 10%
• Aging 10%
• Roof Shingles 10%
• Cohesion 10%
• Petroleum 10%
• Ductility 10%
• Chemical Reaction 10%
• Physical Behavior 10%
• Service Stage 10%
• Chemical Basis 10%
• Mixture Performance 10%
• Component Separation 10%
• Optimum Mixture 10%
• Performance Requirements 10%
• Roof Tiles 10%
• Ab Initio Quantum Chemistry 10%
• Mixture Design 10%
• Loss Separation 10%
• Road Pavement 10%
• Physicochemical Mechanisms 10%
• Air Condition 10%
• Waterproof 10%

Material Science

• Asphalt 100%
• Pavement 18%
• X-Ray Photoelectron Spectroscopy 9%
• Petroleum 9%
• Ductility 9%