Concrete is used in great volumes for construction of buildings, roads, sewer systems,
marine structures, bridges, and tunnels. Although chemical degradation is regarded as the …

The aim of this research is to interrogate the feasibility of using Waste brick powder (WBP)
successfully in concrete as a substitute of cement. The replacement levels were kept at 5 …

The aim of this research paper is to address the futuristic construction materials. Relevant
data of the developments made during the recent past are also presented. It is believed that …

Agricultural wastes are environmental hazards, as these wastes can catch fire, resulting in
the loss of human and animal lives and properties. Alternatively, the wastes are dumped in …

The present study aims to represent the outcomes of investigation carried out to assess the
use of water cooled ferrochrome slag (WCFS) as an alternative to natural sand in concrete …

This study has examined the effect of boron compounds on the mechanical and
antimicrobial properties of hardened mortars. The antimicrobial activity of six different boron …

This study assessed concrete durability in pig farm environments, focusing on resistance to
organic acid corrosion and physical abrasion. It used supplementary cementitious materials …

Because of its high strength, energy reduction, and low environmental impact, researchers
have encouraged considering alkali-activated slag concrete (AASC) as a potential …

This paper presents the relative performance of nanosilica (nS)-and microsilica (mS)-added
concrete with reference to durability under different transport mechanisms such as …

The study aims to understand the performance and durability of a sodium carbonate alkali-
activated slag (AAS) based on a performance-approach. Equivalent performances were …