Portland cement (PC) is considered the most energy-intensive building material and
contributes to around 10% of global warming. It exacerbates global warming and climate …

The urgent global challenges of climate change and resource overconsumption highlight the
need for sustainable innovations in the construction industry. Ordinary portland cement, a …

Abstract Development of a scalable, low-cost conductive concrete with a long lifetime has
the potential to evolve into a new solution for the next generation of floor heating systems …

Even though concrete buildings have high strength and durability, they are susceptible to
damage from hazards, aging, etc. In concrete structures, carbon-based conductive …

The change in the properties of fine aggregate has significant potential in altering the
efficacy of alkali-activated slag. Therefore, this study investigated the influence of sillimanite …

The feasibility of producing sustainable cement-free composites and its environmental
impact were investigated in this research. Experimental parametric evaluation was carried …

Hazardous pollutants, especially heavy metals in wastewater, have become a major
concern due to the high potential of causing serious problems to humans and aquatic …

This paper investigated the post-heating behavior of fly ash-based geopolymer binders
reinforced with polypropylene (PP) microfibers. Geopolymer binders with different fiber …

In recent years, extensive research has been conducted on the use of second-hand or waste
materials in the road pavement construction layers. Most of these studies evaluated the …

This study deals with the use of ground palm oil fuel ash (GPOFA) in combination with
ground granulated blast furnace slag (GGBFS) and ground calcium carbide residue (GCR) …