Asphalt binders play an integral role in the performance and properties of asphalt mixtures.
Increased traffic-related factors on the roadways such as heavier loads, higher traffic …

The primary objective of this article was to investigate the feasibility of steel slag as fillers,
particularly the fillers milled from raw steel slag with different particle size, also the steel slag …

Molecular dynamics simulation was used to calculate rotational relaxation time, diffusion
coefficient, and zero-shear viscosity for a pure aromatic compound (naphthalene) and for …

Physical properties and microstructures of computational model asphalts were investigated
using molecular dynamics simulations in an all-atom framework. A new model asphalt is …

Waste recycling is becoming one of the most concerned issues in the field of environmental
conservation. This study developed environmental friendly alternative binders for permeable …

In this paper, the stress-dependent behavior of modified asphalt binders was studied using
multiple stress creep recovery (MSCR) tests. A neat binder was modified with different …

With the increasing awareness of the warm asphalt technology, it is imperative to study the
properties of the binders containing the warm asphalt additives thoroughly, especially since …

High-temperature performance of high-viscosity asphalt mastic containing fiber additive
were studied by means of rheological analysis. The effects of two types of asphalt, two types …

Rutting in asphalt mixes is a common type of distress in pavements with thick asphalt layers.
It is more severe for pavements subjected to high pavement temperatures, slow moving …

Crumb rubber (CR) content plays an important role in the rheological properties and
polymer phase structure of styrene–butadiene–styrene (SBS) and crumb rubber (CR) …