Weather aging may cause more severe degradation on asphalt than thermal-oxidative aging
due to the synergistic effect among oxygen, heat, ultraviolet (UV) radiation, and moisture …

Due to the excellent shear deformation resistance of high-viscosity polymer-modified
bitumen (HVPMB), the traditional methods based on time sweep and linear amplitude …

Polymeric materials degrade as they react with environmental conditions such as
temperature, light, and humidity. Electromagnetic radiation from the Sun's ultraviolet rays …

Environmental temperature-effect is the primary factor responsible for asphalt pavement
failure. Asphalt pavement exposed to the atmosphere is constantly subjected to the thermal …

To explain the dynamic viscoelastic characteristics of high-viscosity modified asphalt
(HVMA) more comprehensively and accurately, one type of finished HVMA and two types of …

The content of styrene–butadiene–styrene (SBS) modifier has a significant influence on the
physical and chemical characteristics of asphalt. However, determining the SBS content in …

High construction temperatures and complex application conditions make the high-viscosity
modified asphalt (HVMA) susceptible to aging. This work presents a comprehensive …

The composite of phase change material (PCM) and high-viscosity modified asphalt (HVMA)
is expected as a new material regulating the temperature of high-performance pavements …

Novel materials with anti-aging functionality play a crucial role in delaying the aging process
and extending the service life of asphalt pavement. The objective of this study is to employ …

The pursuit of improving the special properties of modified asphalt using advanced
nanomaterials and understanding its mechanism based on material properties is highly …