By considering the adverse environmental impacts of the cement manufacturing process,
there have been many efforts for cement replacement by supplementary cementitious …

Reutilising waste glass powder (WGP) could be a promising alternative to supplementary
cementitious materials (SCMs) because of its availability and carbon footprint reduction …

Using waste rubber tires for concrete production will reduce the demand for natural
aggregate and help to reduce environmental pollution. The main challenge of using waste …

Although calcined clay-blended cement offers higher performance and durability compared
to neat Portland cement (PC), its extensive use of natural clay leads to the depletion of …

Large amounts of waste glass are generated along with the manufacturing of glass products,
causing detrimental effects on the environment. Through crushing and ball-milling, waste …

The need to promote solid waste in concrete production prompted the use of waste glass
powder (WGP) and silica fume (SF) powder in partial replacement for ordinary Portland …

Abstract Micro-silica fume (MSF)-modified self-consolidating concrete (MSC) is generally
employed to achieve good mechanical properties resulting from pore refinement …

Obtaining excellent properties and durability in ultra-high-performance concrete (UHPC) is
intrinsically dependent on the incorporation of mineral admixtures and thermal curing. To …

This study investigates the compressive strength, porosity, water absorption, chloride
penetration, and corrosion resistance of mortar in a ternary blended cementitious system …

Concrete is the second-most used material globally and significantly impacts the
environment by emitting a large amount of carbon dioxide (CO2). This scientometric review …