This study investigates the feasibility of mitigating temperature-related issues, such as heat
island effect, ice layer formation and thermal distresses of asphalt pavement, by controlling …

Heat-reflective coatings, used to reduce the asphalt pavement temperature and urban heat
island effect, have a good cooling effect; coating development, however, generally focuses …

To reduce asphalt pavement temperature and improve its anti-rutting performance in
summer, thermally resistant friction course (referred to as TRFC-13), heat-reflective coating …

A heat-reflective coating can be used to solve various problems, including rutting and
deformation caused by the excessively high asphalt pavement temperatures during summer …

Excessive surface temperature of asphalt pavement in summer is one of the main causes of
urban heat islands (UHIs), so reducing pavement temperature is a potential research …

Controlling infrastructure temperature, especially flexible pavement, has attracted attention
in both industrial and academic societies because: 1) material properties of asphalt, and …

With the process of urbanization, more of the urban surface is, or will be, paved with asphalt
or concrete pavements. The pavement surface temperature is generally higher than ambient …

In order to reduce asphalt pavements temperature and mitigate the urban heat island (UHI)
effect, a solar heat reflective coating (HRC) was introduced and applied to the surface of …

Near-infrared pigment is the key to control the near-infrared performance of solar heat-
reflective coating which has good economic and application prospects as a new special …