Polymer mortars have attracted immense interest as effective and rapid repair materials in
the modern construction industry owing to their advantages over conventional Portland …

Limestone-calcined clay (LC3) cement has emerged as a promising low-carbon alternative
to ordinary Portland cement (OPC), offering significant potential to reduce carbon emissions …

The temperature estimation within asphalt concrete (AC) overlaid on cement-stabilized
bases (CSB) is necessary for pavement analysis and design. However, the impact of …

This study meticulously examines the impact of temperature variations on the viscoelastic
characteristics of flexible pavements composed of mineral aggregates and bituminous …

Steel slag aggregates can be utilized as unbound materials for road bases or as fine/coarse
aggregates in asphalt/cement paving concrete. However, the availability of free lime (f-CaO) …

Due to the visco-elastic properties of asphalt concrete (AC), its strength is reduced
exponentially along with the increased temperatures. Including cement-treated base (CTB) …

Cement-treated bases are commonly used in high-classified road pavements due to their
stable strength and improved durability. However, this type of pavement base is sensitive to …

The performance of a cement-treated base in semi-rigid pavements is greatly influenced by
temperature change. Therefore, the thickness of asphalt concrete (AC) layer is one of the …

This study aims to determine the characteristics of the flexural strength of concrete due to the
addition of Flekson additives. The approach taken is to make an experimental design with …

Studying the temperature distribution in cement-treated bases (CTB) during the operational
phase is significant for analyzing the behavior of pavement structures under actual working …