There is an increasing demand for high strength and more durable materials in the asphalt
technology market. In response to the demand, epoxy asphalt mixture (EAM) is one …

Molecular dynamics (MD) simulation is an advanced tool to explore the interaction
mechanism between aged bitumen and rejuvenators at the nanoscale. However, the …

Oxidative aging in asphalt binders has significant negative impacts on asphalt pavement
performance. This study investigated oxidative aging of virgin asphalt binder based on …

The compatibility potential of rejuvenators plays an important role in improving the blending
degree of rejuvenated bitumen. This study aims at estimating the efficiency of molecular …

This study aims to multiscale investigate the effects of rejuvenator type, temperature, and
aging degree of bitumen on the diffusion behaviors of rejuvenators (bio-oil BO, engine-oil …

Research on the aging process of bitumen has been very intensive in recent years.
However, they mainly involve the study of its components oxidation process using …

To improve the icing prediction accuracy of asphalt pavement, a prediction method for
asphalt pavement icing based on the support vector regression (SVR) algorithm is proposed …

Thermal oxidation has a significant effect on asphalt binders' saturates, aromatics, resins,
asphaltenes (SARA) fractions and fatigue properties, but its effect on the SARA of different …

This study aims to systematically investigate the influence of rejuvenator type/dosage and
the aging degree of bitumen on the rutting resistance, flow behavior, and elastic/creep …

In hot in-place recycling (HIR) technology, there are many shortcomings and challenges
such as low mixing temperature, short mixing time and less virgin asphalt binder …