100 Ping Le Yuan
Chaoyang District
Beijing, 100020
China
Beijing University of Technology
surface energy theory, adhesion, asphalt binder, Aging, temperature, relative humidity, ultrasonic pull-off test
Pavement distress detection, Diffusion Models, Data augmentation, Segmentation mask generation
asphalt composites, Thermophysical parameters, Thermal conductivity, Interfacial thermal resistance
asphalt composites, Thermophysical parameters, thermal conductivity, Interfacial thermal resistance
Asphalt binder, Aging, Cracking resistance, Low-temperature performance, correlation analysis, Evolution model
Asphalt binder, filed aging, Environmental factors, temporal evolution, prediction models
field aging, multi-factor accelerating aging, aging rate, aging prediction equation
asphalt pavement, phase change materials, transformation effect, Pavement performance, double phase transition
Bitumen, filed aging, environmental factors, Multi-scale, evaluation method
Semi-flexible pavement, Semi-rigid base, Reflective cracking, extended finite element method, Stress intensity factor