Globally, several million tons of various wastes are produced each year, and these
quantities are projected to rise. Environmental issues arise from the landfilling or burning of …

This study aims to develop ultra-high performance geopolymer concrete (UHPGC) using fine
ceramic waste (FCW) as a partial fine aggregate. In this research, 12 mixes were designed …

This paper offers a comprehensive review of recent advancements in cementless ultra-high-
performance concrete (UHPC) that employs alkali-activated materials and industrial …

This research evaluates the effect of high temperatures up to 800° C on the compressive
strength and microstructure of the developed ultra-high performance geopolymer concrete …

The rapid development of global industry has led to the generation of large quantities of
industrial waste, resulting in inefficient resource usage and environmental contamination. To …

Due to the deterioration and environmental issues of cement-based ultra-high-performance
concrete (UHPC), there is an increasing interest in utilizing geopolymer technology to …

Today, due to the increasing demand in the building sector, the interest of researchers in
sustainable building materials is increasing. Geopolymer concretes especially come to the …

Alkali-activated material prepared by the silicon aluminum solid wastes are commonly
considered as the low-carbon cementitious material, which has important significance for …

Superabsorbent polymers (SAPs) are widely used in concrete for their promising effect in
internal curing and crack sealing. Nano materials are efficient in improving the permeability …

Plant fibers (PFs), such as hemp, Coir, and straw, are abundant in resources, low in price,
light weight, biodegradable, have good adhesion to the matrix, and have a broad prospect …