In this paper, the hydration behaviour of ordinary portland cement (OPC) and fly ash blended cement (10, 25 and 40%) replaced by two different fly ashes (FA) were investigated. The samples were hydrated with distilled water (DW) in water to solid ratio 0:4 and its setting time and dielectric measurement are carried out. Results of the study found that the fly ash blended cement composites have slow hydration than OPC during early stages (up to 24 h)
AbstractThis works aims to study the effect of partial substitution of ordinary Portland cement (OPC...
The effects of the type of fly ash, mix proportion, and curing process on the pozzolanic reaction of...
Cement-based materials, such as mortar and concrete, are the most employed construction materials in...
The dielectric constant (ε') of Sulfate Resisting Portland Cement (SRPC) blended with 30 % of f...
Low-grade fly ash (reject fly ash, r-FA), a significant portion of the pulverized fuel ash (PFA) pro...
Development of sustainable materials has become one common goal across the globe to meet the ever-in...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...
Fly ash (FA) can be used in cement mixtures with certain limitations. The problem of the mentioned m...
Fly ash, generated during the combustion of coal in electric power generation plants, is an industri...
In this study, the effects of fly ash on the electrical resistivity of hardening (setting) cement pa...
Bu çalışmada, referans (PÇ) ve uçucu kül katkılı çimentonun (UKKÇ) yüzey etkileşim mekanizmaları ara...
This work presents a study on the influence of thermalâ€electrical fly ash on the cement paste hydra...
Low-calcium fly ash (FL) has been widely used as a mineral admixture in normal and high-strength con...
This paper presents the experimental results of the investigation of various properties related to t...
Abstract. Knowledge of the Portland cement and fly ash mixture hydration mechanisms is of high impor...
AbstractThis works aims to study the effect of partial substitution of ordinary Portland cement (OPC...
The effects of the type of fly ash, mix proportion, and curing process on the pozzolanic reaction of...
Cement-based materials, such as mortar and concrete, are the most employed construction materials in...
The dielectric constant (ε') of Sulfate Resisting Portland Cement (SRPC) blended with 30 % of f...
Low-grade fly ash (reject fly ash, r-FA), a significant portion of the pulverized fuel ash (PFA) pro...
Development of sustainable materials has become one common goal across the globe to meet the ever-in...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...
Fly ash (FA) can be used in cement mixtures with certain limitations. The problem of the mentioned m...
Fly ash, generated during the combustion of coal in electric power generation plants, is an industri...
In this study, the effects of fly ash on the electrical resistivity of hardening (setting) cement pa...
Bu çalışmada, referans (PÇ) ve uçucu kül katkılı çimentonun (UKKÇ) yüzey etkileşim mekanizmaları ara...
This work presents a study on the influence of thermalâ€electrical fly ash on the cement paste hydra...
Low-calcium fly ash (FL) has been widely used as a mineral admixture in normal and high-strength con...
This paper presents the experimental results of the investigation of various properties related to t...
Abstract. Knowledge of the Portland cement and fly ash mixture hydration mechanisms is of high impor...
AbstractThis works aims to study the effect of partial substitution of ordinary Portland cement (OPC...
The effects of the type of fly ash, mix proportion, and curing process on the pozzolanic reaction of...
Cement-based materials, such as mortar and concrete, are the most employed construction materials in...