Nano materials are well known for their excellent performance over a wide range of
applications. Several studies have examined the effective utilization of nano particles in …

This study investigated the effect of three species of bacteria namely Sporosarcina pasteurii,
Bacillus megaterium, and Bacillus subtilis in four different concentrations on the self-healing …

In this study, the mechanical behaviors of nano-SiO2 reinforced geopolymer concrete (NS-
GPC) under the coupling effect of a wet–thermal and chloride salt environment were …

The shrinkage and creep behavior of track beam concrete have the significant influence on
the stability and safety of train operation. While superabsorbent polymer (SAP) and …

The use of Nano-materials in the matrix of ultra-high-performance concrete (UHPC), due to
its superior properties, mainly improve durability and the mechanical properties, and …

In recent years, the integration of Nanoclay (NC) into concrete has garnered significant
global attention due to its potential added benefits and importance in the construction …

Nano-silica (NS) is an effective material to improve the strength and durability of high-
performance concrete (HPC), but little information is available regarding its role in HPC …

Some road and bridge projects to be repaired require materials that can quickly and easily
obtain high mechanical properties. Added early strength agents are commonly used to …

To study the effect of phase–change materials and nanomaterials as new composite
materials on the mechanical properties and frost resistance of concrete, it is beneficial for …

Recent years have seen increasing interest in the use of bacteria to induce self-healing
properties in concrete. In this study, the effect of Bacillus subtilis, Bacillus megaterium, and …