Concrete, foundational in modern construction, grapples with environmental concerns and
performance limitations. Responding to this, this review unravels the potential of graphene …

Mortar samples' strength and durability properties can be improved by adding different
pozzolanic materials and fibers to their mixtures against freeze–thaw (FT) periods. For this …

Accumulated construction and demolition waste (CDW) can occupy much land and cause
environmental pollution. To dispose of CDW and slow down the depletion of natural …

Previous application of graphene oxide (GO) in recycled aggregate concrete (RAC) is the
direct replacement of cement or binder to achieve performance improvement. To develop a …

Cement composites are the most widely used construction material in the world. However,
research on their resistance to high strain loads is lacking. This study investigated the effect …

Dredged marine soils (DMS) have poor engineering properties, which limit their usage in
construction projects. This research examines the application of reactive magnesia (rMgO) …

Graphene oxide (GO) has been generally accepted can improve the microstructure of
concrete because it can promote cement hydration, this nano-enhancement strategy is …

Waste-based concrete stands as an environmentally friendly and sustainable optifon
compared to conventional concrete. The waste-based concrete holds the potential to reduce …

Cement-stabilized soil retaining wall structures are becoming increasingly popular for high-
speed railway lines. However, the widely used Portland cement is heavily associated with …

Blended or impregnated forms of nanomaterials in cementitious composites play a key role
in determining mortar performance. In this study, the performance of graphene oxide (GO) …