The regulation of asphalt pavement temperature is crucial in ensuring its durability,
promoting traffic safety, and preserving the environment. Phase change materials (PCMs) …

Phase change materials (PCMs) can regulate the temperature in asphalt pavement and
minimize temperature-related problems, such as rutting and thermal cracking, because of …

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 …

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

The resource utilization of waste is of great significance to the sustainable development of
society. Waste cooking oil (WCO) and reclaimed asphalt pavement (RAP), two typical …

Piezoelectric energy harvesters (PEHs) convert mechanical energy into electrical energy
providing a new method for road infrastructure energy self-consistency. However, the …

Nanomaterials and fibers have gradually become widely used modifiers in asphalt to
improve the performance of pavements. However, studies have been focusing on the …

Excessive building energy consumption and shortage of fuel resources promote the
vigorous development of phase change energy storage technology. The application of …

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 …

Plasticizers have been proven to be effective in improving the low temperature flexibility of
asphalt; however, plasticizer modified asphalts exhibit compromised high temperature …