This paper reviews the advances in using nano-materials in hot mix asphalt. The clay nano-
particles are the primary materials applying in asphalt construction. Adding nano-particles …

TiO2 and ZnO can alleviate the direct UV attack toward asphalt by absorbing UV, but this
process can generate the free radical and may accelerate aging indirectly. Abundant and …

This study investigates the performance characteristics of polymer-modified asphalt mixture
(PMA) with the addition of nano-silica particles. Polymer-modified asphalt, PG-76, was …

During the last two decades, nanomaterial application has gained a significant attraction into
asphalt technology due to their effect in enhancing asphalt binder improving the asphaltic …

The effects of surface-modified inorganic nanoparticle nano-ZnO on the physical and
ultraviolet aging resistance of bitumen were investigated as well as the microstructures of …

Rutting is identified and used as the first failure mechanism in most important design
conditions of flexible pavements. Bitumen can play a decisive role as one of the main …

This study aims to characterize the rate of change that takes place in the rheological
properties of asphalt binders modified with numerous types and contents of nano-materials …

The objective of this research is to investigate the characteristics of the hot mixed asphalt
modified by 2%, 4%, 6%, and 8% nanosilica by weight of binder. Marshall stability, dynamic …

There is a growing need to improve the performance properties of asphalt binders in order to
minimise the occurrence of failure mechanisms such as permanent deformation, fatigue …

This study aims at exploring the influence of different modifiers on the physical and
rheological properties of asphalt cements. Crumb Tire Rubber (CTR), Microcrystalline …