Lightweight cementitious composite has been used in construction for thousand years.
However, before the Second World War, lightweight concrete was mainly limited to non …

Fly ash cenospheres (FACs) are the hollow spherical particles obtained during coal burning
process in coal fired power plants. FAC has been used as a lightweight filler (LWF) material …

The purport of this study is to efficiently recycle waste glass, one of silica-based industrial by-
products, and use it as a cement substitute for sustainable construction. Waste glass powder …

This paper presents a newly developed high strain-hardening, lightweight, engineered
cementitious composites, using fly ash cenospheres as the filler. That has tensile strain …

In this study, the effect of nano silica (NS) on the properties of cement pastes incorporated
with of fly ash cenospheres (FACs) has been investigated. A fixed amount of 1% NS was …

Lightweight concrete and cementitious composites are increasingly studied by researchers
due to their advantageous performance in reducing structural load and building's …

Thermally insulating lightweight cement-based composites with excellent mechanical
properties are urgently needed for the development of sustainably energy-saving buildings …

The high-quality reutilization of recycled concrete aggregate, particularly the valorization of
recycled fine aggregate (RFA) that exhibits inherent defects, is of great importance to …

The objective of this research study is the in-depth evaluation of the characteristics of fiber
reinforced cement-based composites containing fly ash cenospheres (FACs) as lightweight …

The ever increasing electromagnetic energy and multiple reflections of electromagnetic
wave (EMW) impair human health and information security. The EMW absorbing …