Corrosion in maritime infrastructure, particularly in reinforced concrete, has emerged as a
significant cause for concern due to the presence of chloride ions in seawater. To address …

Ceramic membranes are considered superior over their polymeric counterparts for
applications at high temperature, pressure, and in aggressive environments with additional …

The concentration of sodium hydroxide solution increased the reaction rate during
geopolymerisation process and thus enhanced the development of early strength of …

This paper presents findings from an experimental study in which a novel, non-energy
intensive, environmentally-friendly stabilizer known as geopolymer was used for …

In this study, the geopolymer composites GP0, GP7. 5-CP, and GP10-CP were synthesized
using mixtures of pozzolan (Pz) and waste charcoal powders (CP) as precursors with CP …

Concrete infrastructure requires continuous monitoring to ensure any new damage or repair
failures are detected promptly. A cost-effective combination of monitoring and maintenance …

This study presents the sustainable utilization potential of Iron Ore Tailings (IOT) as a
replacement material against natural fine aggregates in the preparation of fly ash based …

Clay soils provide several challenges for geotechnical and civil engineers. This type of soils
has a low strength, high plasticity and can cause damage to the road pavement such as …

Since the invention of the reinforced concrete (RC) technique, RC buildings have comprised
the majority of extant building systems. The shift from traditional materials to green or …

This paper reports the results of an experimental work conducted to investigate the
correlation between thermal insulation properties with compressive strength and density of …