The use of supplementary cementitious materials (SCMs) in seawater–sea sand concrete
(SSSC) enhances the concrete performance as well as helps in reducing the excessive …

Phosphogypsum-based cementitious materials (PGCM) possess the potential to solidify
corrosive ions in seawater and may serve as a viable alternative to Ordinary Portland …

The enhancement of cement properties through the integration of composite materials has
become a prevailing topic, as it offers a solution to the limitations associated with single …

The use of seawater and sea sand in concrete is becoming more prominent, particularly for
marine structures, as a solution to the shortage of freshwater and natural aggregates. This …

The use of seawater and sea sand in construction engineering contributes to sustainable
development. This study investigates a design method for sustainable cement-based …

Limestone calcined clay cement (LC 3) is rich in aluminates, which can bind many corrosive
ions in seawater. The microstructure, hydration, and chloride binding behavior of LC 3 …

High-performance concrete is often heat-treated to increase early strength. Standardized
temperature conditions for at least 24 h and sulphate-resistant cement thereby preventing …

The increasing demand for river sand, driven by infrastructure development, poses
environmental challenges. The study aims to address the depletion of river sand by …

Superplasticizers (SPs), also known as naturally high-water reducers, are substances used
to create high-strength concrete. Due to the system's complexity, predicting concrete's …

In this study, the effect of adding waste oyster shell powder (WOSP) on the strength and
microstructure of cementitious composites was experimentally investigated. The test …