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 …

This research aims to discuss the utilization of crude palm oil (CPO) and by-products
obtained from palm oil waste materials as biomaterials for green construction material …

Bio-oils are increasingly used to enhance petroleum bitumen's intermediate and low-
temperature characteristics regarding their economic and environmental benefits. Research …

Bio-oil, derived from biomass, offers a sustainable alternative to petroleum-based asphalt
binders in construction. However, its high oxygen content and temperature sensitivity pose …

The feasibility of using recycled concrete powder (RCP) as fillers in asphalt mortar is
investigated in this study, to achieve a sustainable and economical asphalt production. The …

Bitumen, a vital component in asphalt mixtures for road construction, confronts persistent
challenges stemming from traffic loads and temperature fluctuations, leading to issues such …

The optimization of energy consumption during asphalt mixture production and compaction
is a challenge in producing durable, sustainable, and environmentally friendly asphalt …

Nanomaterials has been widely adopted in asphalt binder modification in pavement
engineering. Considering the advantage of nano-Al2O3 in high-temperature resistance and …

This research aims to investigate the impact of short-and long-term aging on the chemo-
physical properties of various conventional and modified asphalt binders. The study …

Bio-asphalt has emerged as a reliable material for replacing conventional asphalt in asphalt
modification owing to its well social, environmental and economic benefits. However, the …