This paper primarily examines the flowability, physical appearance, mass loss, residual
compressive strength (RCS), and residual flexural strength (RFS) properties of steel (ST) …

The current paper refers to the study of a new approach to optimizing the adsorptive
properties of geopolymers by varying the aluminosilicate precursors from kaolin (K) …

This study focuses on the application of mixture design as a novel approach to developing a
geopolymer paste with optimized mechanical properties. It also aims to utilize the …

A novel conductive geopolymer (GP) based on fly ash (FA) and modified by carbon fiber
(CF) was successfully developed in this study. Detailed investigations were conducted on …

In this work, the incorporation of anatase TiO 2 semiconductor in the geopolymer matrix as
catalytic materials has been studied. The most noteworthy results obtained from the …

In recent years, fire accidents occur frequently and the risk of fire increases sharply, which
seriously threatens the service life of concrete engineering and the safety of people's life and …

In recent years, 3D concrete printing technology has been developing dynamically. Intensive
research is still being carried out on the composition of the materials dedicated to innovative …

With increasing focus on low-carbon energy conservation and environmental protection,
there is a need to consider all aspects of life in future developments. To meet the concept …

Cigarette butts (CBs) are one of the primary sources of total solid waste that lead to several
environmental issues. This study aims to evaluate the effects of cellulose acetate fibers …

The utilization of geopolymer mortar (GPM) made from fly ash (FA) as a sustainable
construction material with minimal carbon footprint is a viable option. Incorporating …