Given the prevailing concerns about greenhouse gas emissions, global warming, and the
growing demand for renewable resources, the pavement industry, among others, is actively …

Warm mix asphalt (WMA) technology facilitates asphalt mixture production and compaction
at relatively lower temperatures. The inclusion of reclaimed asphalt pavement (RAP) …

The recycling of old asphalt pavements has enormous economic and environmental value.
Current studies on the recycling of old asphalt mainly focus on the changes in engineering …

In this research, machine learning (ML) based frameworks are developed to predict the in-
plane mixed-mode fracture load of asphalt mixtures. In an initial stage, the RReliefF …

The carbon emissions arising from road pavement infrastructures have emerged as critical
issue in recent years. The life cycle of a pavement can be divided into five phases, namely …

With the growing impact of climate change, there is an increasing need and obligation to
reduce the responsible greenhouse gases (GHG) in road construction as well. Using life …

To analyze the potential utilization of bio-oil cutback asphalt (BCA) as an innovative
permeable material, this study comprehensively evaluated the road performance of BCA …

In this study, a warm mix additive (composed of diamine and fatty acid amine) and a
rejuvenator (consisting of styrene-butadiene-styrene and aromatic elements) were …

Studying the effects of material variability on the performance of warm mix asphalt (WMA) is
important to understand the benefits of reduced production temperatures. This study …

To further improve the emission reduction effect on asphalt smoke and mitigate
environmental pollution, a novel emission reduction agent (TBD) combined with physical …