Fatigue cracking is one of the most notable distresses in pavements and asphalt binder
plays a significant role within the mixture. Current research community has gained …

Conventional asphalt pavement is the dominant mode of passenger and freight traffic in
Pakistan. As a result, asphalt pavements suffer from various failures, where rutting …

Conventional asphalt mixtures are prone to material separation during mixing, causing
rutting, loosening, and cracking of the pavement. This study proposes a two-stage mixing …

Asphalt mortar film thickness and its distribution are accepted to be strong parameters that
affect the durability and performance of asphalt mixtures. This study focuses on the effects of …

The thickness of the asphalt binder's film surrounding the aggregate particles in Hot-Mix
Asphalt (HMA) plays a significant role in the durability of the pavement. This study introduces …

Extensive global research conducted over 30 years explores asphalt leachability and
stormwater runoff. Asphalt's widespread usage in construction materials underscores the …

Fatigue cracking is an important pavement distress caused by repeated traffic loading that is
known to be very sensitive to aging and climate conditions. A thorough understanding of the …

Moisture damage significantly affects the performance and integrity of asphalt pavement.
The water immersion method commonly used in laboratory is considered as a static water …

This study aims to improve laboratory aging procedures for bituminous materials to better
replicate field conditions. Two binders and mixtures were subjected to various levels of …

Adequate asphalt binder film thickness (ABFT) delivers skeletal integrity in recycled asphalt
mixtures, resulting in long-lasting roadways when exposed to traffic and environment. The …