This paper presents an extensive review of the pertinent literature regarding asphalt and
asphalt mixture aging. Aging affects flexible pavement performance and is produced by …

Reclaimed asphalt pavement (RAP) is stiffer than the virgin material due to aging, thus it is
expected to have worse cracking resistance. By adding bio-based rejuvenators, RAP binder …

The main objective of this paper is to develop three-dimensional (3D) microstructure-based
discrete element models of asphalt mixtures to study the dynamic modulus from the stress …

The application of epoxy asphalt binder in hot mix plant recycling for reclaimed asphalt
pavement (RAP) can significantly increase the utilization rate of waste material on the …

The non-linear viscoelastic (NLVE) behaviour at high load levels is often neglected when
characterizing the fatigue performance of asphalt materials, leading to a conservative or …

Polymer additives are used to improve the properties of road bitumens including their
oxidative resistance. However, their usage as anti-oxidative materials remains relatively …

The asphalt industry is aiming to produce high-quality materials and efficient technologies
for pavement construction. One such technology that attracts attention is epoxy asphalt. This …

The present study investigated rheological and physico-chemical properties of warm-mix
recycled asphalt mastics containing a high percentage (50%) of artificial reclaimed asphalt …

A clustered distinct element method (DEM) approach is presented as a research tool for
modeling asphalt concrete microstructure. The approach involves the processing of high …

The increasing amount of waste vehicle tyres has already proved to be hard to dispose of
properly and lead to environmental problems, such as soil contamination and toxic blazes …