Addressing pervasive environmental challenges, sophisticated next-generation cement-
based materials, engineered to fulfill comprehensive objectives including mechanical …

The influence of ions, whether intrinsic to the pore solution of cementitious materials or
originating from the external environment of concrete structures, exerts a considerable …

Carbon dots (CDs) as a novel and green nanomaterial exhibit a promising application in
enhancing the chloride binding capacity of cement to extend the service life of reinforced …

The small solid particles and surfactants inclusion have the potential to furnish abundant
nucleation sites, yet the concurrent operation mechanisms in cement remain unclear. Thus …

This study aimed to reveal the influence of 3D porous graphene on the cementitious
composites from multiple scales. At the macro level, the 3D porous graphene could greatly …

To comprehensively understand the fundamental role of carbon nanotubes (CNTs) in
cementitious composites, three independent methods were employed to investigate the …

Nanomaterials have made significant progress in the field of cementitious materials, but
suffer from primary problems of high cost and poor dispersity. Carbon dots (CDs) as a novel …

Concrete is a highly alkaline porous medium that is prone to chemical reactions with acidic
environments. The ion transport coupled with chemical reactions between concrete and …

Graphene oxide (GO) is an ideal reinforcing material with super design capability, which can
achieve the combination of strength and toughness. However, the actual effect of GO is far …

Concrete is the most widely used and highest-volume basic material in the word today.
Enhancing its toughness, including tensile strength and deformation resistance, can boost …