The growing demand for infrastructural developments has boosted the expansion of road
networks, and the developers are not only focusing on road lengths but also trying to …

Self-healing microcapsules, as an effective method for repairing microcracks in asphalt
pavement, are attracting widespread attention. However, the functionality and application of …

Recent studies have shown that in addition to ambient temperature, time-dependent factors
such as temperature cycles and freeze–thaw cycles (FTCs) affect the speed of creation and …

This study employs two carbon nanomaterial (ie, graphene oxide, GO; carbon nanotubes,
CNT)/polymer (ie, styrene-butadienestyrene, SBS) composites to modify asphalt binder for …

The use of recycled polyethylene (RPE)-modified asphalt not only allows for significant
consumption of waste plastics, but also enhances the performance of the asphalt matrix …

Functional carbon nanomaterials are incorporated in bitumen composites to enhance their
mechanical performance; however, this process is significantly hindered by the poor …

Carbon nanotubes (CNTs) can improve the storage properties of modified asphalt by
enhancing the interfacial adhesion of recycled polyethylene (RPE) and base asphalt. In this …

Nano-modified bitumen binders can be tailored to exhibit excellent properties for potential
application in pavement engineering. However, a homogeneous dispersion of nano …

The aging issue of bitumen is one of the most concerned topics for the bituminous pavement
duration. Currently, the laboratory accelerates the aging by applying high temperature and …

Graphene, featuring excellent mechanical, electrical, thermal, and optical properties, has
received increasing attention in asphalt modification. However, high production costs and …