A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Laboratory tests on asphaltic concrete for impervious membrane on Venemo rock-fill dam
Article concerns tests made on asphaltic concrete to be used for upstream membrane of 60-m high rock-fill Venemo Dam; tests consisted of determination of permeability of asphaltic concrete to water and bitumen, compression tests, slope tests and tests which aim at determining effects of waves, ice and solar radiation; tests show that, in order to obtain asphaltic concrete which satisfies demands for impermeability and durability, concrete should have air porosity of less than 3 to 4%.
Laboratory tests on asphaltic concrete for impervious membrane on Venemo rock-fill dam
Article concerns tests made on asphaltic concrete to be used for upstream membrane of 60-m high rock-fill Venemo Dam; tests consisted of determination of permeability of asphaltic concrete to water and bitumen, compression tests, slope tests and tests which aim at determining effects of waves, ice and solar radiation; tests show that, in order to obtain asphaltic concrete which satisfies demands for impermeability and durability, concrete should have air porosity of less than 3 to 4%.
Laboratory tests on asphaltic concrete for impervious membrane on Venemo rock-fill dam
Oslo. Norges Geotekniske Institutt
Kjaernsli, B. (author) / Moum, J. (author) / Torblaa, I. (author)
1966
10 pages
Report
English
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