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Keyphrases
Equation-based
100%
Modeling Framework
100%
Multiphysics Modeling
100%
Asphalt Pavement
100%
Oxidative Aging
100%
Aging Model
50%
Aging
33%
Multiphysics
33%
Oxygen Diffusion
33%
Air Voids
33%
Pavement Temperature Profile
33%
Physical Field
33%
Multi-physical Field
33%
Fourier Transform Infrared Spectroscopy (FT-IR)
16%
Climate Zones
16%
Climate Data
16%
Aging Effect
16%
Heat Transfer
16%
Finite Element Model
16%
Differential Equations
16%
Data Parameters
16%
Extended Period
16%
Thermal Properties
16%
Bitumen
16%
Pavement
16%
Volumetric Properties
16%
Highly Nonlinear
16%
Performance Database
16%
Material Structure
16%
Oxidation Kinetics
16%
Circular Dependency
16%
High Linearity
16%
Pavement Material
16%
Asphalt Mastic
16%
Field Aging
16%
Oxidation Products
16%
Temperature Model
16%
Pavement Temperature
16%
Asphalt Core
16%
Diffusion Properties
16%
Different Climate Regions
16%
Pavement Structure
16%
Via Coupling
16%
Ambient Environment
16%
Bituminous Binder
16%
Asphalt Mixtures Properties
16%
Temperature Prediction Model
16%
Aged Asphalt
16%
Pavement Performance
16%
Multiphysics Model
16%
Pavement Temperature Prediction
16%
Long-term Pavement Performance
16%
Aging Phenomena
16%
Engineering
Oxidative Aging
100%
Asphalt Pavements
100%
Pavement
100%
Air Void
33%
Pavement Performance
33%
Temperature Profile
33%
Climate Zone
16%
Finite Element Modeling
16%
Extended Period
16%
Hourly Basis
16%
Oxidation Kinetics
16%
Pavement Material
16%
Mastic Asphalt
16%
Aged Asphalt
16%
Aging Effect
16%
Asphalt Mixture
16%
Ambient Environment
16%
Diffusive
16%
Parameter Data
16%
Bituminous Binder
16%
Temperature Model
16%
Performance Database
16%
FTIR Spectroscopy
16%
Nonlinearity
16%