This paper summarizes the important research results of self-healing technology of asphalt
materials, analyzes the healing mechanism of self-healing technology, and emphatically …

Self-healing of bituminous materials represents nowadays a promising approach to
increasing the lifespan of asphalt pavements. During the last decade, different techniques …

Induced heating-healing of asphalt concrete is rapidly emerging as an innovative repairing
technique in pavement engineering. In this method, asphalt concrete is heated using the …

This research investigates the effects of asphalt mixture aging on induced heating-healing
processes. Induced healing of asphalt mixes, performed through applying external …

Self-healing microcapsules, as an effective method for repairing microcracks in asphalt
pavement, are attracting widespread attention. However, the functionality and application of …

Concrete properties to a large extent depend on mix design and processing, currently
leaving only limited options to actively modify concrete properties during or after casting …

This paper demonstrates the sustainability of induction-healed asphalt mixtures
(HEALROAD) by comparing the impacts this technology causes with those generated by …

Improving the ice melting rates (IMR) during the induction heating deicing process will
increase energy consumption (EC) while increasing the energy-saving effects will decrease …

This study investigates the application of aggregate-based conductive additives, including
steel slag, Iron slag, and ferrosilicon, in asphalt concretes for induction heating and induced …

Cold asphalt mixtures require a longer curing time and have lower durability than hot
asphalt. So, a novel cold magnetic asphalt mixture with industrial by-product and control …