A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
This paper deals with the formulations of cementious binder based on calcined phosphogypsum, flyash, hydrated lime and portland cement. Strength properties and hydration of the cementious binder studied at room temperature and at 50 degrees C in over 90 % R.H. are presented. It was found that the compressive strength of cementious binder was remarkably enhanced at 50 degrees C than at 27 degrees C. The hydration of the cementious binder as studied by differential thermal analysis and scanning electron microscopy showed that the early strength in the cementious binder was due to the hardening of calcined gypsum and the hydration of portland cement while later age strength development was ascribed to the formation of ettringite and CSH.
This paper deals with the formulations of cementious binder based on calcined phosphogypsum, flyash, hydrated lime and portland cement. Strength properties and hydration of the cementious binder studied at room temperature and at 50 degrees C in over 90 % R.H. are presented. It was found that the compressive strength of cementious binder was remarkably enhanced at 50 degrees C than at 27 degrees C. The hydration of the cementious binder as studied by differential thermal analysis and scanning electron microscopy showed that the early strength in the cementious binder was due to the hardening of calcined gypsum and the hydration of portland cement while later age strength development was ascribed to the formation of ettringite and CSH.
Phosphogypsum - fly ash cementitious binder - its hydration and strength development
Phosphogips - flugaschenzementartiger Binder - Hydratisierungs- und Festigkeitsentwicklung
Cement and Concrete Research ; 25 ; 752-758
1995
7 Seiten, 6 Bilder, 2 Tabellen, 6 Quellen
Article (Journal)
English
Asche , Portlandzement , Kalk , Zement , chemische Reaktion , Differenzialthermoanalyse , Gips , Hochtemperatur , Bindemittel , Fertigungsverfahren , chemische Zusammensetzung , Wechselwirkung , Druckfestigkeit , physikalische Eigenschaft , Hydratisieren , Zeitdauer , Herstellung , Korrelation , Flugasche , Ettringit , Calciumsilicathydrat , Wasserabbinden von Zement
Phosphogypsum-Fly Ash Cementitious Binder - Its Hydration and Strength Development
| British Library Online Contents | 1995
Phosphogypsum-Fly Ash Cementitious Binder - Its Hydration and Strength Development
| Online Contents | 1995
Cementitious binder of phosphogypsum and other materials
| Online Contents | 2015
Investigation on a New Hydraulic Cementitious Binder Made from Phosphogypsum
| Trans Tech Publications | 2013
Investigation on a New Hydraulic Cementitious Binder Made from Phosphogypsum
| Tema Archive | 2013