Pavement deterioration due to rutting, fatigue, and thermal cracking poses significant
challenges to road infrastructure. Traditional asphalt modifiers often fall short in addressing …

The addition of nanomaterials to concrete is widely employed in modern construction to
improve its durability and mechanical properties. In the present study, two machine learning …

Geopolymer concrete (GC) emerges as a sustainable alternative yet faces challenges in
achieving optimal resource utilization for strength development. Balancing these aspects is …

Traditional waste management faces significant environmental, social, and economic
challenges, while concrete's high resource consumption highlights the need for improved …

Accurate hydrological predictions are often hindered by the lack of stream gauges in data-
scarce regions, where traditional transfer learning (TL) models like Long Short-Term …

The environmental issues in the construction industry have garnered considerable attention
in numerous studies. Ecologically sustainable green concrete addresses environmental …

This study investigates the performance and environmental benefits of high-performance
geopolymer mortar (HPGM) incorporating pumice powder (PP) and rice straw ash (RSA) as …

Construction and development projects worldwide heavily rely on concrete as their primary
building material, making it an essential component of global infrastructure and growth. The …

The corrosion-induced failure of marine reinforced concrete structures, stemming from
prolonged exposure to environments with elevated chloride content, poses a significant …

Foam glass (FG) is characterized by its lightweight structure and exceptional insulating
properties, making it a highly suitable material for a wide range of applications. It is …