Pressures on the current plastic waste management infrastructure has made the growth of
new sustainable recycling capacities crucial. Pyrolysis is an emerging thermochemical …

Economic development results in increased traffic and higher traffic loads that often cause
serious asphalt pavement problems, such as permanent deformation, fatigue cracking, and …

Utilizing polymers for asphalt concrete (AC) mixture modification has many drawbacks that
hinder its wide implementations for roadway construction. Recently, research on employing …

This paper presents an innovative method of polyethylene plastic concrete (PC) to enhance
the recycling rate of waste polyethylene. Based on experimental results, low-density …

Plastic materials are extensively utilized in various aspects of daily life. However, the
substantial amount of plastic waste generated can cause significant global environmental …

Recently, nanomaterials have been widely used to improve the properties of asphalt binders
due to their unique properties. This research aims to evaluate the performance of nano …

Moisture damage in the bituminous layer is one of the major causes of deterioration in the
functional and structural performance of the flexible pavements in the field. This will result in …

Increasing attention has been paid to use polymer as a modifier in bituminous mixtures
manufacturing. Unmodified bituminous mixtures are highly affected by the undesirable …

This research aims to evaluate the mechanical properties of hot asphalt mixtures prepared
using modified asphalt binders with various contents of nano-silica fume (NSF). The …

This research examines the effect of Nano-high density polyethylene (NHDPE) and SBR
(Styrene–Butadiene Rubber) additives on the binders and stone matrix asphalt (SMA) …