The dielectric constant (ε') of Sulfate Resisting Portland Cement (SRPC) blended with 30 % of fly ash by addition is measured using microwave bench at 9.54 GHz, for initial 30 hours of hydration. The heat of hydration for the same blend using heat of solution calorimetry is also measured. It is observed that contrary to the usual trend of retarding of fly ashes, it shows an accelerating trend with increasing strength as times passes. SEM micrographs and XRD patterns are also recorded and observed that C4Al2SO16 (C4A3S¯) is found to be responsible for the accelerating trend of the mix. The hydration process in the early period is studied and it is suggested that suitable retarder should be adopted for the effective utilization
The effects of the type of fly ash, mix proportion, and curing process on the pozzolanic reaction of...
Calorimetry is the standard measurement method for monitoring the hydration of cementitious material...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...
In this paper, the hydration behaviour of ordinary portland cement (OPC) and fly ash blended cement ...
334-338The dielectric constant and electrical conductivity of laboratory prepared cement paste, usi...
The present investigation, deals with the study of both hydrated Sulfate Resisting Portland Cement (...
Due to its volumetric heating mechanism, microwave is increasingly being recognized as a potential a...
Low-grade fly ash (reject fly ash, r-FA), a significant portion of the pulverized fuel ash (PFA) pro...
The dielectric properties of concrete can be used to characterize the development of the microstruct...
Microwave reflection properties of four cement paste samples with various water-cement (w/c) ratios ...
In this study, the effects of fly ash on the electrical resistivity of hardening (setting) cement pa...
Several microwave frequencies were used to measure the dielectric and reflection properties of four ...
Fly ash (FA) can be used in cement mixtures with certain limitations. The problem of the mentioned m...
Four paste mixtures with varying replacement level of the cement content by fly ash have been studie...
Portland cements are slow hardening materials and several techniques are used to expedite the attain...
The effects of the type of fly ash, mix proportion, and curing process on the pozzolanic reaction of...
Calorimetry is the standard measurement method for monitoring the hydration of cementitious material...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...
In this paper, the hydration behaviour of ordinary portland cement (OPC) and fly ash blended cement ...
334-338The dielectric constant and electrical conductivity of laboratory prepared cement paste, usi...
The present investigation, deals with the study of both hydrated Sulfate Resisting Portland Cement (...
Due to its volumetric heating mechanism, microwave is increasingly being recognized as a potential a...
Low-grade fly ash (reject fly ash, r-FA), a significant portion of the pulverized fuel ash (PFA) pro...
The dielectric properties of concrete can be used to characterize the development of the microstruct...
Microwave reflection properties of four cement paste samples with various water-cement (w/c) ratios ...
In this study, the effects of fly ash on the electrical resistivity of hardening (setting) cement pa...
Several microwave frequencies were used to measure the dielectric and reflection properties of four ...
Fly ash (FA) can be used in cement mixtures with certain limitations. The problem of the mentioned m...
Four paste mixtures with varying replacement level of the cement content by fly ash have been studie...
Portland cements are slow hardening materials and several techniques are used to expedite the attain...
The effects of the type of fly ash, mix proportion, and curing process on the pozzolanic reaction of...
Calorimetry is the standard measurement method for monitoring the hydration of cementitious material...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...