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High-temperature behaviour of aluminous cement concretes containing different aggregates
Changes in physical properties of 400 concrete test specimens, made with aluminous cement and expanded shale, anorthosite, ilmenite and phonolite aggregates, were studied after exposure to temperatures ranging from 100-1100 C; it was found that aluminous cement concrete loses its strength rapidly in range of temperatures investigated; expanded shale aggregate concrete showed greatest stability, retaining about 20% of its original compressive strength after firing at 1000 C, whereas concrete made with phonolite aggregate was least heat resistant.
High-temperature behaviour of aluminous cement concretes containing different aggregates
Changes in physical properties of 400 concrete test specimens, made with aluminous cement and expanded shale, anorthosite, ilmenite and phonolite aggregates, were studied after exposure to temperatures ranging from 100-1100 C; it was found that aluminous cement concrete loses its strength rapidly in range of temperatures investigated; expanded shale aggregate concrete showed greatest stability, retaining about 20% of its original compressive strength after firing at 1000 C, whereas concrete made with phonolite aggregate was least heat resistant.
High-temperature behaviour of aluminous cement concretes containing different aggregates
Canada. Dept Mines Tech Surveys -- Mines Branch -- Research Report
Zoldners, N.G. (author) / Malhotra, V.M. (author) / Wilson, H.S. (author)
1963
52 pages
Report
English
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