Supplementary cementitious materials interact chemically and physically with cement,
influencing the formation of hydrate compounds. Many authors have analyzed the filler and …

In this study, researchers examined the effect of replacing a high-volume of cement with
sugarcane bagasse ash (BA) and silica fume (SF). In addition to the control, three binary and …

Eucalyptus ash (EA) was used in this study as a high calcium ash (HCA) precursor for alkali-
activated binders. The EA used also has high carbon unburned (High loss on ignition). This …

BFS-MK-based alkali-activated materials are well established as an alternative for
sustainable and green construction. This work aims to collaborate and encourage the use of …

The increasing demand for cement-based materials has led to significant energy
expenditure and greenhouse gas emissions. To produce more sustainable cementitious …

This study reports on the effect of ultrasonicating silica fume (SF) and colloidal nanosilica
(NS) to fabricate 4 binary (90% cement+ 10% SF or 98% cement+ 2% NS) and 2 ternary …

Magnetite is a mineral with particular characteristics found in its natural igneous,
sedimentary, and metamorphic rocks. Magnetite formation occurs under specific conditions …

This study aimed to investigate the effects of a partial replacement (25 wt%) of Portland
cement with sugarcane bagasse ash (SCBA) on the microstructure of cement pastes. The …

The IOT addition in cement prevents the construction of new tailings dams and reduces
carbon dioxide emission in the atmosphere as the need for clinker in Portland cement …

Self-healing bacteria, when integrated with natural fiber-reinforced concrete, form a
distinctive and sustainable building material with the inherent ability to enhance strength …