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http://www.concrete.org/PUBS/JOURNALS/AbstractDetails.asp?ID=4404
Title:Mineral Admixtures in Concrete: State of the Art and TrendsAuthor(s):S. NagatakiPublication:Special PublicationVolume:144Pages:447-482Keywords:blast furnace slag; durability; fly ash; fresh concretes; hardened concretes; heat of hydration; mineral admixtures; rice husk ash; silica fume; strength; Materials ResearchDate:March 1, 1994
Abstract:
With increasing knowledge of the importance of mineral admixtures, many kinds of by-product mineral admixtures have become widespread as an important constituent of cement concrete. By-product mineral admixtures such as fly ash, rice husk ash, and ground granulated blast furnace slag are attracting much attention as materials that not only contribute to the improvement of concrete performance (for example, high strength, high durability, and reduction of heat of hydration) but are also indispensable to the reduction of energy and carbon dioxide generated in the production of cement. Describes the current status of by-product mineral admixtures for concrete and their future outlook.
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http://www.concrete.org/PUBS/JOURNALS/AbstractDetails.asp?ID=4404
Title:Mineral Admixtures in Concrete: State of the Art and TrendsAuthor(s):S. NagatakiPublication:Special PublicationVolume:144Pages:447-482Keywords:blast furnace slag; durability; fly ash; fresh concretes; hardened concretes; heat of hydration; mineral admixtures; rice husk ash; silica fume; strength; Materials ResearchDate:March 1, 1994
Abstract:
With increasing knowledge of the importance of mineral admixtures, many kinds of by-product mineral admixtures have become widespread as an important constituent of cement concrete. By-product mineral admixtures such as fly ash, rice husk ash, and ground granulated blast furnace slag are attracting much attention as materials that not only contribute to the improvement of concrete performance (for example, high strength, high durability, and reduction of heat of hydration) but are also indispensable to the reduction of energy and carbon dioxide generated in the production of cement. Describes the current status of by-product mineral admixtures for concrete and their future outlook.
Registered Subscribers: View the full article. Not an online Special Publication subscriber? Click here to subscribe.
This document is available as a free download to qualified members.
An electronic (PDF) version is available for purchase and download. Click on the Order Now button to continue with the download.