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A platform for research: civil engineering, architecture and urbanism
Use of high slag blastfurnace cement for high performance concrete
Blast furnace slag cement has been demonstrated to possess very good properties when utilised as binder for High Performance Concrete (HPC). The porosity of this concrete is very low and the impermeability against organic chemical liquids is very high. HPC is an excellent material for, catchment tanks in the chemical industry. Due to its low porosity the freeze-thaw and de-icing agent resistance is very high without artificial air voids. Based on the results presented in this paper it can be stated that High Performance Concrete can be produced using all types of high slag blast furnace cement (CEM III/A 42.5, CEM III/A 32.5, CEM III/B 32.5). These concretes have a good workability and the well-known special properties of durability are additional improved. Further research will be necessary, particularly to use the low heat of hydration, the low electrical conductivity and the influence of an internal curing by use of porous air-cooled blast furnace slag as aggregate.
Use of high slag blastfurnace cement for high performance concrete
Blast furnace slag cement has been demonstrated to possess very good properties when utilised as binder for High Performance Concrete (HPC). The porosity of this concrete is very low and the impermeability against organic chemical liquids is very high. HPC is an excellent material for, catchment tanks in the chemical industry. Due to its low porosity the freeze-thaw and de-icing agent resistance is very high without artificial air voids. Based on the results presented in this paper it can be stated that High Performance Concrete can be produced using all types of high slag blast furnace cement (CEM III/A 42.5, CEM III/A 32.5, CEM III/B 32.5). These concretes have a good workability and the well-known special properties of durability are additional improved. Further research will be necessary, particularly to use the low heat of hydration, the low electrical conductivity and the influence of an internal curing by use of porous air-cooled blast furnace slag as aggregate.
Use of high slag blastfurnace cement for high performance concrete
Einsatz von hochschlackehaltigem Hochofenzement zur Herstellung von hochwertigem Beton
Lang, E. (author) / Geiseler, J. (author)
1999
8 Seiten, 7 Bilder, 6 Tabellen
Conference paper
English
Use of blastfurnace slag cement with high slag content for high performance concrete
| British Library Conference Proceedings | 1996
Use of blastfurnace slag cement with high slag content for high-performance concrete
| British Library Conference Proceedings | 1996
The performance of blastfurnace slag cement
| Tema Archive | 2001
| TIBKAT | 1964
Experimental blastfurnace cement incorporating high-magnesia slag
| Engineering Index Backfile | 1952