Geopolymer is a new type of inorganic cementitious material developed in recent years,
facilitating the reuse of industrial solid waste resources. It also significantly reduces energy …

This study investigated the mechanical, durability, and microstructural properties of alkali-
activated composites (AAC) reinforced with glass fibers (GF) and incorporating reclaimed …

Shear failure in RC beams can lead to sudden and catastrophic collapse, posing significant
risks to the occupants and the structure itself. The computation of the shear capacity of …

The scientific community is shifting its focus towards construction materials with a low carbon
footprint, such as alkali-activated concrete (AAC). The present study conducts an …

Concrete innovations of the highest caliber have contributed in the development of
cementless geopolymer concrete (geo-con) that is sustainable and eco-friendly. Various by …

This article deals with the combined application of MWCNTs and GFs to improve mechanical
property and durability of concrete. MWCNTs were dispersed by sonication and added in …

Geopolymer lightweight cellular concrete (GLCC) combines the advantages of geopolymer
and LCC but also suffers from the inherent deficiency of low strength, which can be …

Waste glass is a major constituent in municipal solid waste, containing significant amount of
silica (55–72%). Its potential usage in geopolymer production contributes to waste reduction …

As a waste derivative, glass fiber has drawn a lot of interest from the engineering community.
The purpose of this study was to use glass fiber to improve the performance of defective …

In order to address the disposal challenge of waste glass fiber composite materials and
provide a feasible reference for the utilization of recycled glass fiber (RGF), contributing to …