This article presents test results of cement paste and binders with admixture of hydrophilic or hydrophobic nanosilica. The aim of the study was to determine the influence of nanosilica type and mixing method on compressive strength, porosity, and bulk density of cement paste, also on hydration heat of cement binders. The binder compounds were mixed in high speed mixer in order to provide the highest possible dispersion of nanoparticles in the binder before adding it to mixing water. Two mixing methods were studied. The admixtures increased the reactivity of cement binders. Both nanosilica types increased early compressive strength by 25% in comparison with control series. The increase in 28-day compressive strength was observed with the ad...
This paper presents experimental investigations and theoretical modeling of the hydration reaction o...
The pozzolanic effect of nanosilica (NS) particles when combined with Multi Walled Carbon Nanotubes ...
This paper examines the rheology, hydration kinetics and development of the compressive strength of ...
This article presents test results of cement paste and binders with admixture of hydrophilic or hydr...
The paper describes modifications of cement paste mixtures using nanosilica to affect their physical...
Táto práca sa zaoberá spracovaním viacerých modifikovaných zmesí cementovej pasty pomocou nano-SiO2 ...
The aim of this work is to study the effect of nanomaterials on the properties of cement paste, the ...
Nano-engineering of concrete is a research area gaining significant interest at present. It involves...
The effect of nano-size particles of amorphous silica (nanosilica) on the rheological behaviour and ...
The influence of nano- and microsilica addition on ordinary Portland cement (OPC) pastes has been st...
The phenomena involved in portland cement hydration and interactions with nanosilica are very comple...
This paper presents experimental investigations and theoretical modeling of the hydration reaction o...
AbstractThe properties of cement mortars with nano-SiO2 were experimentally studied. The amorphous o...
The use of a mixing method based on a novel dry dispersion procedure that enables a proper mixing of...
This paper systematically studied the modification of cement-based materials by nano-SiO2 particles ...
This paper presents experimental investigations and theoretical modeling of the hydration reaction o...
The pozzolanic effect of nanosilica (NS) particles when combined with Multi Walled Carbon Nanotubes ...
This paper examines the rheology, hydration kinetics and development of the compressive strength of ...
This article presents test results of cement paste and binders with admixture of hydrophilic or hydr...
The paper describes modifications of cement paste mixtures using nanosilica to affect their physical...
Táto práca sa zaoberá spracovaním viacerých modifikovaných zmesí cementovej pasty pomocou nano-SiO2 ...
The aim of this work is to study the effect of nanomaterials on the properties of cement paste, the ...
Nano-engineering of concrete is a research area gaining significant interest at present. It involves...
The effect of nano-size particles of amorphous silica (nanosilica) on the rheological behaviour and ...
The influence of nano- and microsilica addition on ordinary Portland cement (OPC) pastes has been st...
The phenomena involved in portland cement hydration and interactions with nanosilica are very comple...
This paper presents experimental investigations and theoretical modeling of the hydration reaction o...
AbstractThe properties of cement mortars with nano-SiO2 were experimentally studied. The amorphous o...
The use of a mixing method based on a novel dry dispersion procedure that enables a proper mixing of...
This paper systematically studied the modification of cement-based materials by nano-SiO2 particles ...
This paper presents experimental investigations and theoretical modeling of the hydration reaction o...
The pozzolanic effect of nanosilica (NS) particles when combined with Multi Walled Carbon Nanotubes ...
This paper examines the rheology, hydration kinetics and development of the compressive strength of ...