Highlights•A systematic and scientometric analysis was performed to provide a qualitative
and statistical summary of the present study.•The physical and chemical properties of palm …

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 …

Waste management is becoming increasingly important around the world, and incorporating
agro-waste into the pavement industry represents a promising strategy for achieving …

One of the major biomass wastes discarded in large volumes from the palm oil mill is the
palm oil clinker (POC) chunks. Thus, the need to develop strategies to promotes cleaner …

Asphalt mixtures are one of the most prevalently used materials in road structures. The aim
of this paper is to investigate the influence of natural fibers (ie, kenaf and goat wool) on …

Asphalt pavement in tropical countries like Malaysia faces severe distresses. Thus, the use
of more resistant and stable asphalt mixtures on the surface layer like stone matrix asphalt …

This paper deals with the effect of basalt fibres on fracture toughness of asphalt mixture. For
this purpose, basalt fibres with three different contents (ie, 0.1%, 0.2%, and 0.3% by weight …

In this paper, two natural fibers (ie kenaf and basalt) are dispersed into WMA (warm mix
asphalt) concretes to study their effect on fracture strength. The WMA concretes are …

With the increase in asphalt mixtures sustainability, the application of waste as a bitumen
modifier has been encouraged. In addition, the asphalt mixtures produced considering only …

Fiber length is a key parameter for the mixture design of basalt fiber-reinforced hot mix
asphalt (HMA), which significantly affects the mix performance. To evaluate the suitability of …