This paper conducts a thorough review of the literature on the feasibility and current state-of-
the-art incorporation of basalt fiber (BF) into asphalt pavement materials, focusing on fiber …

This paper evaluates the performance of fiber-reinforced mixtures subjected to moisture
damage. Response Surface Method was used to design an experimental matrix based on …

The application of polymer in an asphalt concrete (AC) mixture has reached wide popularity
lately to deal with the increasing demand for higher quality roads with heavier traffic loading …

Non-renewable resources such as natural stone and asphalt are in short supply. Recycling
technology, with its lower cost, has been used as the primary approach to asphalt pavement …

The recycling of waste materials in asphalt pavements is pivotal for advancing the road
industry, offering numerous environmental, economic, and societal benefits. This study …

In this paper, results are reported from a series of laboratory tests conducted on a swelling
soil treated with different jute fibers with a twofold objective of reducing their swell …

This study focuses on the effects of the production temperatures, warm mix asphalt (WMA)
additive, and fiber content on the cracking resistance of steel-and glass-fiber-reinforced …

The global desire to improve the performance of road pavements and move towards a
sustainable transportation system has immensely encouraged the usage of fibers in asphalt …

The use of an open-graded friction course (OGFC) as a road surface demonstrates
significant advantages in reducing driving noise and improving road drainage and safety …

This study investigates the impact of confinement on the dynamic modulus (| E*|) of asphalt
concrete (AC) mixtures, a key indicator correlated with their field performance of asphalt …