The incorporation of recycled aggregates in geopolymer concrete (GPC) exhibits higher
environmental sustainability due to its ability to utilize industrial by-products and construction …

The need for concrete is increasing exponentially due to the growing population and fast
urbanization. The primary constituent in concrete is ordinary Portland cement (OPC) …

This study explores the performance augmentation of a regenerative counterflow indirect
evaporative cooler (RCFIEC) both experimentally and numerically. A counter flow heat/mass …

The construction sector is a major contributor to the increase in energy consumption and CO
2 emissions, predominantly through the production of Ordinary Portland Cement (OPC) …

Geopolymer concrete (GPC) utilizes industrial wastes such as fly ash, bottom, ash, and slag
instead of conventional Portland cement as the primary binder, and thus promote a …

In this study, the efflorescence formation of geopolymers synthesized from red mud (RM), fly
ash (FA) and phosphogypsum (PG) was evaluated to investigate the influence of different …

A pivotal limitation in the widespread adoption of geopolymer stems from their notable and
substantial drying shrinkage properties, which significantly constrain their potential …

Traditional waste management faces significant environmental, social, and economic
challenges, while concrete's high resource consumption highlights the need for improved …

The surge in infrastructure projects has spurred a surge in demand for concrete, putting
pressure on the supply of key raw materials, notably aggregates. Innovative approaches …

This article primarily focuses on optimizing the composition of cementitious materials, such
as fly ash, ground granulated blast furnace slag, nano-silica, silica fume, and …