Fatigue cracking evolution in asphalt pavement is coupled by the oxidative aging of asphalt
binder throughout its lifespan. Identifying the quantitative effects of asphalt binder aging on …

Improper disposal of substantial scrap tires can result in significant environmental issues,
such as air pollution, water resources, and soil contamination. The scrap tires can be turned …

Aging increases the stiffness and brittleness of asphalt mixtures, making it crucial to predict
changes in mixture properties over time. This study aims to investigate oxidation reactions in …

Ultraviolet (UV) radiation is a significant environmental factor that accelerates the aging of
asphalt pavements. To address the gap in the equivalence conversion relationship between …

Asphalt pavement is an important type of transport asset. Driven by traffic loading and aging-
induced material deterioration, asphalt pavements are in bad condition in many places …

Microcapsule technology is a promising approach for enhancing the self-healing ability of
asphalt pavements. In this study, the self-healing behavior of melamine-urea-formaldehyde …

For decades, it has been known that the creation of oxygenated functional groups,
especially carbonyl and sulfoxide, is among the main causes of chemical aging and …

Anti-oxidation is one of the important functions of preventive maintenance for asphalt
pavements. The major working principle of preventive maintenance's anti-oxidation is to …

As an organic material, asphalt binders in asphalt mixtures undergo oxidative aging, leading
to increased stiffness and brittleness, thereby impacting various performance-related …

Anti-oxidation is one of the important functions of preventive maintenance for asphalt
pavements. The major working principle of preventive maintenance's anti-oxidation is to …