In this paper, low-cost nano-zinc ferrite (NZF) was used to evaluate its efficacy, as compared
with nano-zinc oxide (NZO), on the performance of the fresh and hardened alkali activated …

Agricultural solid waste is used in several sectors due to its low cost, lightweight, and
enhanced environmental friendliness. The present work aims to study the impact of date …

High drying shrinkage is considered as one of the main drawbacks which hinder the mass
production of alkali activated slag (AAS). The formation of expansive phases was found to …

In this paper, a simple eco-sustainable approach was applied to synthesize unfired building
bricks, in which cement kiln dust (CKD), red clay brick waste (RCBW), and silica fume (SF) …

The key point of this study is the fabrication of magnesia-based cement with promising
mechanical properties and high efficiency of CO 2-capture. The naturally occurring volcanic …

The real temperature distribution within 24 h of the main beam in a single-tower hybrid beam
cable-stayed bridge is analysed according to its actual section and material parameters, as …

This work focuses on the individual impact of nano-and ultrafine micro magnesia (N–MgO
and UM-MgO, respectively) on the early performance of high volume fly ash (FA)-blended …

A recent quest for more sustainable cement‐based construction materials has triggered the
pursuit of technically viable alternatives of cement, making reactive magnesium oxide (MgO) …

In our present work, the impact of ceramic wastes (CW) on chemical, physicomechanical
properties and microstructure of blended white cement (WC) was studied. In ceramic plants …

Fresh-state properties, compressive strength, and microstructural properties of reactive MgO
cement-based (RMC) systems cured under accelerated carbonation or ambient conditions …