Crumb rubberized asphalt binder achieves value-added recycling of waste scrap tires, as
well as enhancement of mechanical properties and aging resistance of asphalt pavements …

Waste oil (WO) is an important recyclable resource that can be used for asphalt rejuvenation
and modification applications. This paper summarizes the current research on WO …

To prepare low-noise asphalt pavement with excellent noise reduction and road
performance, a large amount of crumb rubber was added to asphalt binder to prepare high …

This paper introduces a hybrid utilization of scrap tires and bio-oil made from biomass waste
to create bio-modified rubberized asphalt for use in roadway construction. This in turn …

Waste bio-oils and scrap tires as industrial waste streams have caused serious health risks
and environmental burdens. This study aims to provide a method for hybrid reuse of both …

Understanding the link between molecular composition and macro-mechanical performance
of asphalt binder is crucial for the selection, modification and performance prediction of …

Bio oil was proved an effective modifier to improve the compatibility of rubber asphalt.
However, the pathway in which the bio oil enhances the compatibility of rubber asphalt …

Thermal oxidation and ultraviolet exposure cause complex micro-scale chemical changes in
asphalt binders, leading to severe deterioration of pavements. The aging-induced evolution …

Bio-oil is widely used to prepare bio-asphalt, which has attracted more and more attention.
However, bio-asphalt performance is different for bio-oil is various, so it is challenging to …

Asphalt aging seriously decreases the pavement performances and service life of asphalt
pavement. Previous studies have indicated that CeO 2 nanoparticles reveal ultraviolet light …