A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Especially if alkali content of cement is low, concrete expands after greater delay than mortar of which it is made; age at which concrete will begin to expand may be predicted from mortar tests; hence it is deduced that in small concrete specimens, opal is compatible only with cement containing less than 0.4% of alkali.
Especially if alkali content of cement is low, concrete expands after greater delay than mortar of which it is made; age at which concrete will begin to expand may be predicted from mortar tests; hence it is deduced that in small concrete specimens, opal is compatible only with cement containing less than 0.4% of alkali.
Studies in cement-aggregate reaction
Australian J Applied Science
Davis, C.E.S. (author)
1957
13 pages
Article (Journal)
English
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