Asphalt-related emissions pose significant health risks due to the release of volatile organic
compounds (VOCs) that affect both workers in construction and the general public. Even at …

This study investigated the performance of SBS-modified bitumen (SBSMB) after aging and
rejuvenation by utilizing macroscopic performance and microscopic characterization …

The long-term ultraviolet radiation of asphalt pavement leads to performance degradation,
which seriously affects the service life. However, inorganic nanoparticles as anti-ultraviolet …

Permeable pavement leachate can be a potential issue as contained pollutants are washed
off by rainfall. This paper investigated the leaching of porous asphalt mixture (PA) with …

Abstract Layered Double Hydroxides (LDHs) have poor dispersibility in bitumen and limited
effectiveness in enhancing its thermal oxidative aging resistance. To address these issues …

The bonding characteristics between asphalt and aggregates have an important role in
influencing the strength of asphalt mixtures. To clarify the bonding mechanism at the …

In high-altitude cold regions, the degradation of asphalt pavement surfaces is exacerbated
by unique climatic conditions, including intense ultraviolet (UV) radiation and substantial …

Time-dependent variation and mechanism of asphalt-aggregate interface features under
ultraviolet (UV) aging have not yet been illustrated. This study explored the time-dependent …

With the wide application of porous asphalt pavement, the techniques for recycling aged
porous asphalt mixture have attracted more attention for facilitating its sustainable …

The aging of bitumen materials under ultraviolet (UV) radiation is a highly intricate process
involving volatilization of components and multiple photochemical reactions. To gain a …