Sustainable and resilient pavement infrastructure is critical for current economic and
environmental challenges. In the past 10 years, the pavement infrastructure strongly …

To evaluate the stability of asphalt mixture aggregate network and the mechanism of coarse
aggregate movement of the asphalt mixture during the compaction process, the Marshall …

Damping asphalt mixtures (DAMs) have been developed to resist vibration and noise
caused by traffic loads, and the ultimate design goal in this process is to increase damping …

In the laboratory, there are significant differences in mechanical properties of asphalt
mixtures with the same size gradation and asphalt binder, which is not conducive to …

The compaction process is the stage when the skeleton structure and strength of asphalt
mixture are developed. In order to explore the strength development mechanism of asphalt …

Compaction is one of the most critical steps in asphalt pavement construction.
Understanding the compaction mechanism is essential to improving field and laboratory …

The complicated composition structure of the asphalt mixture makes it difficult to determine
its multi-scale performance. It is impossible to understand the internal interaction mechanism …

Asphalt mixture is a skeleton filling system consisting of aggregate, asphalt, and mineral
powder. High performance asphalt mixture design is directly affected by internal stress …

Aggregate size and morphology distribution have crucial influences on the performance of
asphalt mixtures. In recent decades, the discrete element method (DEM) has been widely …

Road authorities are challenged by traffic-induced vibrations due to their detrimental effects
on humans and to the damage of buildings and structures. For this reason, asphalt mixtures …