As the number of discarded tyres continues to increase, causing serious environmental
problems, the need of recycling the waste tyre rubber become extremely urgent in …

Considering the benefits of GFRP rebars and their lighter weight compared to steel rebars
and the sustainability of polypropylene fibers, GFRP rebars and polypropylene fibers are …

The aim of the paper is to development of basalt fiber-reinforced high-strength eco-friendly
concrete with modified composite binder for sustainable construction. Cement composites …

This study assesses the effects of three forms of concrete: geopolymer concrete, reactive
powder concrete (RPC), and ready-mix concrete (RMC) on the environment, the economy …

The majority of sawdust is produced by various lumber industries located all over the world.
It has been established that using recycled materials to replace some of the fine aggregates …

The study explored the potential of keratin biofiber, derived from waste human hair, in
augmenting the engineering qualities of asphalt. Keratin biofiber (KBF) was obtained …

Several previous investigations and studies utilized silica fume (SF) or (micro silica) particles
as supplementary cementitious material added as a substitute to cement-based mortars and …

This paper introduces a 1-D finite difference model for analyzing the temperature distribution
throughout the hardening phase in concrete structures. The model accounts for the degree …

Alkali-activated slag recycled coarse aggregate concrete (AAS-RAC) is a novel type of
green building material with significant growth potential, utilizing waste slag and …

Faced with the urgent need to develop environmentally friendly alternatives to cementitious
materials, geopolymers, made from combinations of various by-products, offer a promising …