Nanomaterials possess outstanding physical, chemical, and electrical properties that
differentiate them from conventional materials. Recently, nano-modified alkali-activated …

Nanomaterials (NMs) are being used to enhance the properties of construction materials.
This review focuses on the use of NMs to improve the characteristics of fresh and hardened …

Multi-layer graphene (MLG) has excellent mechanical properties and a unique stacked
structure. In this paper, sulphoaluminate cement replaced ordinary portland cement to …

While carbon nanotubes (CNTs) have been increasingly employed in cementitious
composites, there is a lack of direct evidence at the microscopic scale that explains what …

Owing to their excellent mechanical performance and durability, graphene oxide/cement
composites (GO/CCs) exhibit good potential for the development of long-life green concrete …

Globally, current research has developed new cement-based materials to meet increased
demands for performance, energy efficiency, and environmental protection. Geopolymer …

This study focuses on investigating the impact of chemical constituents in binders and
activators on the prediction of strength, particularly proposing a novel hybrid ensemble …

Among the different existing techniques, the surface coating on steel provides an
economical means to address the corrosion issue. In this study, a geopolymer anti-corrosion …

As a result of global warming, the pursuance of low-carbon, sustainable building materials
has been prioritized. The development of geopolymer/cement-less binders can be …

The use of geopolymers for energy conversion is revised in this work, focusing on the
conductive properties, Seebeck and piezoelectric effects. The effect of semi-conductive …