The construction industry is increasingly focusing on sustainability, creating a need for
innovative materials. This comprehensive review examines the potential of calcined clays …

Pavement performance prediction is crucial for ensuring the longevity and safety of road
networks. In our extensive study, we employ a diverse array of techniques to enhance …

Flexible pavements are susceptible to rutting, fatigue, and moisture damage failures. As a
sustainable approach, waste plastic modifiers have been used to improve the moisture …

This study aimed to develop models assessing 26 machine-learning algorithms in
regression analysis to predict the properties of terminal blend crumb rubber-modified …

Asphalt pavements are highly susceptible to temperature-induced stresses, which can lead
to significant deterioration such as rutting at high temperatures and cracking at low …

In response to the demand for a greener approach to pavement infrastructure and the
economic benefits associated with alternative materials, the modification of neat binders has …

This study investigates the impact of calcined marl dust (CMD) on moisture susceptibility in
asphalt mixtures with limestone and granite aggregates. The surface free energy (SFE) …

Recently, there has been a trend among pavement engineers and scientists to utilize natural
mineral resources found in different parts of the world to develop and enhance sustainable …

This study strives for the usage of zero-cement/lime binders on the geomechanical
performance of black fine-grained soil ameliorated with the mixtures of waste derivatives. In …

Compaction takes a large amount of time and effort; thus, it is necessary to predict
compaction characteristics of soils using correlation analysis with easily measured index …