The quality and durability of road surfaces have long been an area of interest for
researchers all over the world, who are trying to prolong life of service of roads and cut the …

Develo** bio-blends and biocomposites has become a widespread strategy to combat
plastic pollution in line with sustainability principles and decarbonization necessities …

Traditional hard asphalt, due to its low cost and excellent mechanical properties, is
considered a favorable material for resisting permanent deformation under high-temperature …

The inherent properties of hard asphalt binder give it both mechanical and economic
benefits, rendering it a naturally advantageous material for preventing permanent …

Hard asphalt is highly resistant to permanent deformation but susceptible to fatigue and
thermal cracking due to its inherent stiffness. Even though using hard asphalt enhances the …

To investigate the feasibility of bio-based polymers in the modification of base asphalt
binder, two soybean oil-based polymers (PAESO) were synthesized from bio-monomers …

The objective of this study is to investigate the storage stability and rheological property of
bio-oil/lignin composite-modified asphalt. The composite-modified asphalt with different …

Asphalt pavements are fundamental to modern transportation infrastructure, requiring
elasticity, firmness, and longevity. However, traditional asphalt, based on bitumen, faces …

The objective of this study is to investigate the storage stability and rheological property of
bio-oil/lignin composite-modified asphalt. The composite-modified asphalt with different …