Add to ORKGAbstract. Knowledge of the Portland cement and fly ash mixture hydration mechanisms is of high importance in the practical usage of fly ash in cement mixtures. The quantity of CaO in the fly ash can determine the course of hydration and influence the strength of cement pastes. In this paper the results of the testing of the influence of fly ash composition on the strength of cement mixtures with special emphasis on the content of CaO in the ash have been presented
Abstract: The possibility of increasing the usage of Fly ash (FA) in concrete has been a subject of ...
In the present paper, the properties of Portland cement mixtures containing fly ashes (FA) collected...
Calcium sulfate is typically added to ordinary portland cement (OPC) clinker during grinding to prev...
Fly ash (FA) can be used in cement mixtures with certain limitations. The problem of the mentioned m...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...
This work presents a study on the influence of thermalâ€electrical fly ash on the cement paste hydra...
Development of sustainable materials has become one common goal across the globe to meet the ever-in...
Low-grade fly ash (reject fly ash, r-FA), a significant portion of the pulverized fuel ash (PFA) pro...
In this study, the ground fly ash is made of ordinary grade I fly ash by grinding. Compared with gra...
A study examining air-entrainment in fly ash concretes combined with different Portland cements (PCs...
The portlandite saturation factors in the pore solution of hydrated portland cement paste and change...
The influence of fly ash on the pore structure and microstructure of cement paste and mortar has bee...
In general, concretes made with blended Portland cement containing high volumes of fly ash provide ...
This study was conducted in order to investigate when low-calcium fly ash plays a physical or chemic...
Abstract. The paper presents the results of an investigation of the potential to use the fly ash as ...
Abstract: The possibility of increasing the usage of Fly ash (FA) in concrete has been a subject of ...
In the present paper, the properties of Portland cement mixtures containing fly ashes (FA) collected...
Calcium sulfate is typically added to ordinary portland cement (OPC) clinker during grinding to prev...
Fly ash (FA) can be used in cement mixtures with certain limitations. The problem of the mentioned m...
To explore the hydration process of fly ash-cement blended mixtures, the degrees of the fly ash and ...
This work presents a study on the influence of thermalâ€electrical fly ash on the cement paste hydra...
Development of sustainable materials has become one common goal across the globe to meet the ever-in...
Low-grade fly ash (reject fly ash, r-FA), a significant portion of the pulverized fuel ash (PFA) pro...
In this study, the ground fly ash is made of ordinary grade I fly ash by grinding. Compared with gra...
A study examining air-entrainment in fly ash concretes combined with different Portland cements (PCs...
The portlandite saturation factors in the pore solution of hydrated portland cement paste and change...
The influence of fly ash on the pore structure and microstructure of cement paste and mortar has bee...
In general, concretes made with blended Portland cement containing high volumes of fly ash provide ...
This study was conducted in order to investigate when low-calcium fly ash plays a physical or chemic...
Abstract. The paper presents the results of an investigation of the potential to use the fly ash as ...
Abstract: The possibility of increasing the usage of Fly ash (FA) in concrete has been a subject of ...
In the present paper, the properties of Portland cement mixtures containing fly ashes (FA) collected...
Calcium sulfate is typically added to ordinary portland cement (OPC) clinker during grinding to prev...