The utilization of synthetic, natural, and waste fibers in asphalt mixtures is constantly
increasing due to the capability of fibers to improve the mechanical performance of asphalt …

Asphalt pavement significantly burdens the environment and is easily threatened by many
diseases. Compared with synthetic fiber, natural fiber is not harmful to the environment and …

Adding fibers to asphalt can enhance the cohesion of asphalt mastics, thereby improving
their deformation resistance and rheological properties. The fibers enhance the performance …

The development of polymer-modified asphalt (asphalt= asphalt binder) is significant
because the polymer modifier can improve the performance of asphalt mixture and meet the …

In the current study, the friction and wear properties of Furcraea foetida fiber‐reinforced
epoxy composites were investigated. This study evaluated the effect of Furcraea foetida fiber …

In this study, a pioneering surface modification technique in the development of fiber-
modified asphalt binders, employing mussel-inspired chemistry principles, is proposed. By …

Based on the high chemical stability and excellent end‐group functionalization capability of
polyhedral oligomeric silsesquioxane (POSS), this study utilized thiol‐functionalized POSS …

The use of recycled polyester fiber (Re-PET) partially addresses the scarcity of non-
renewable polyester (PET), but its thermal resistance in asphalt mixtures is relatively low. To …

This paper summarizes the results of one of the first comprehensive laboratory studies that
was conducted to evaluate the effects of adding different contents of recycled polyethylene …

The use of waste calcium sulfate whiskers in pavement construction is cost-effective and
beneficial to the environment. In this paper, modified asphalt binders are prepared by …