Heat transfer in the asphalt pavement is significant because it affects asphalt pavement
performance and the surrounding environment. This importance is attributed to summertime …

Continuous technological progress is required to improve production efficiency and
environmental quality while maintaining economic competitiveness. A non-negligible …

As a significant infrastructure in modern cities, road pavements occupy a great share of
urban surfaces and absorb abundant solar radiation. Thus, pavements have tremendous …

Growing attempts aimed at decreasing the consumption of huge amounts of natural
materials as means of saving global limited financial resources have led to investigations …

Phase change hydrogel (PCH) combines the heat storage characteristics of phase change
material with the water retention capacity of hydrogel, showing great potential in cooling …

In order to reduce the absorption of solar radiation by asphalt pavement in plateau
permafrost regions and protect the underlying permafrost subgrade, the aim of this research …

This study developed a novel approach to evaluating the fracture resistance of HMA under
the monotonic loading and the fatigue loading at the low and intermediate temperatures. In …

This study investigated the feasibility of developing a semi-flexible pavement (SFP) by
utilising recycled waste glass to partially replace ingredients in traditional asphalt pavement …

Pavement integrated photovoltaic thermal (PIPVT) technology can utilize vast roads and
pavements for electrical and thermal energy generation simultaneously. In this paper, a two …

The growing need to preserve natural resources and minimize landfill waste has led to an
increased consideration of incorporating waste materials in road construction and …