This review paper provides a comprehensive analysis of the production, properties and
applications of Limestone Calcined Clay Cement (LC3). The paper begins with an …

Nano-silica (NS) can significantly improve the microstructure, mechanical properties, and
durability of metakaolin/fly ash-based geopolymer mortar (GPM). To investigate the high …

Infrastructures built on sulfate saline soil foundations in seasonal frozen regions are highly
susceptible to salt-frost heave damage and salt corrosion. To address this issue, a method …

A significant amount of waste is generated during the sandstone mining process. This study
explores the use of red sandstone waste as a supplementary cementitious material to …

In the marine environment, the service life of coastal structures can be significantly reduced
on account of chloride corrosion. This study employed nano-silica (NS) to improve the …

Geopolymer composites can be used as a proper substitute for ordinary Portland cement,
which can reduce carbon dioxide (CO2) emissions and make rational use of industrial …

To improve the sustainable utilization of alkali-activated steel slag material, experiments
were conducted to systematically investigate effects of sodium silicate modulus and GBFS …

External sulfate attack (ESA) coupled with wetting–drying alternation poses a significant
threat to the concrete durability, while there are few models to simulate the above ESA …

High-ferrite Portland cement (HFPC) has the advantages of excellent sulfate resistance,
higher abrasion resistance, lower energy consumption, and lower CO 2 emission, and is …

Many research articles and reviews have recognized alkali-activated materials (AAMs) as
eco-friendly alternative binders to ordinary Portland cement (OPC) due to their economic …