In this study, the effect of elevated temperatures on chemical composition, microstructure
and mechanical properties of high strength mortars with nano alumina was investigated …

This study focused on the chemical composition, microstructural changes and residual
mechanical properties of high strength mortars with presence of 1%, 2% and 3% nano …

The addition of nanomaterials to concrete efficiently fills the pores of the concrete, thereby
improving its hardening characteristics. However, no research is available in the literature …

High-volume fly ash has been widely used in concrete to reduce the cost and environmental
impact of producing cements. However, the effect of high temperature on cement-based …

The effect of high temperature on the mechanical properties and microstructure of nanosilica-
incorporated mortars has been studied. Results show that the incorporation of nanosilica …

This study presents the key mechanical and residual properties after high-temperature of
different Nano SiO2 carbon fiber-reinforced concrete (NSCFRC) mixtures. A total of seven …

In order to investigate the effect of nano-alumina on the elastic modulus and compressive
strength of cement composite, cylindrical specimens (Φ20× 40 mm) with different volume …

Nanotechnology has emerged as a field with promising applications in building materials.
Nanotechnology-based mortars are examples of such building materials that have …

In this contribution the effect of nanosilica (NS) on the behavior of cement mortars containing
quartz aggregate and two types of heavyweight aggregates (magnetite and barite) exposed …

Many studies have focused on the feasibility of using nanoparticles including nanoalumina
(NA), in cement composites and reported some positive effects on the properties of concrete …