The construction sector is responsible for about 40% of energy-related emissions worldwide.
Utilizing low-carbon concrete materials (LCCMs) has been recognized as an efficient way to …

The purpose of the paper was to analyze trends in the formation of alkali-activated materials
(AAMs) produced from alternative starting materials to blast furnace slags and fly ash. The …

Developing a fast, cost-effective, eco-friendly solution to recycle large amounts of
construction and demolition waste (CDW) generated from construction industry-related …

Traditional concrete production is a major contributor to global warming. Industrially
produced geopolymer concrete is a viable substitute to limit the negative impacts of concrete …

This study aims to explore the viability of employing alkali-activated materials (AAMs) as
alternatives for ordinary Portland cements (OPCs) in seawater sea-sand concretes, thereby …

In this work, the drying shrinkage behavior of geopolymeric recycled aggregate concrete
(GRAC) was studied with attention devoted to the mass loss, drying shrinkage strain, and …

Using of magnetized water (MW) in the manufacturing of Portland cement concrete has
shown promising effects in recent decades. This research investigates the effect of using …

This study aims to investigate the macroscopic mechanical properties and mesoscopic
damage mechanisms of basalt fibre-reinforced seawater sea-sand slag-based geopolymer …

To fully utilize abundant marine resources and reduce the carbon footprint in the
construction sector, this study developed a seawater sea-sand geopolymer mortar (SSGM) …

The advancement of eco-friendly technology in the construction sector has been improving
rapidly in the last few years. As a result, multiple building materials were developed …