This research presents a dual-pronged bibliometric and systematic review of the integration
of phase change materials (PCM) in asphalt pavements to counteract the urban heat island …

Currently, functional pavement materials become a research hotpot for road researchers.
This paper aims to develop a phase change heat storage asphalt pavement material and …

Choosing a phase-change material (PCM) adapted to the specific phase-change
temperature (T m) required for each temperature condition is of utmost importance in cooling …

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 …

Elevated pavement temperatures contribute to the urban heat island effect and pose a risk of
thermal damage to pavement. Thus, regulating pavement temperature is paramount to …

Polyurethane-based solid–solid phase change materials have great potential as thermal
energy storage materials for cooling utilizations in asphalt mastic. The major goal of the …

Road thermoelectric generator systems (RTEGSs) can convert the heat absorbed by asphalt
pavement into electricity. In addition, they can regulate the temperature of the asphalt …

Phase change materials (PCMs) as thermal energy storage solutions can mitigate pavement
damage and alleviate the urban heat island effect. A stable shape, suitable melting …

Organic eutectic phase change materials (PCM) show great promise as thermal storage
agents for regulating the temperature of asphalt pavements. Assessing their aging …