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A platform for research: civil engineering, architecture and urbanism
Centrifuged concrete of high frost resistance, with air-entraining additives
Conclusions 1. The investigations carried out demonstrate the effectiveness of air-entraining and multiple additives for increasing the frost resistance of centrifuged concrete. 2. The air entrained into the concrete mass is not expelled by centrifugation. 3. Elements with a high frost resistance were obtained from centrifuged concrete containing multiple additives. 4. On the basis of the investigations, a wide application of centrifuged hollow piles was developed under working conditions, using highly frost-resistant concrete obtained by introducting multiple additives into its composition.
Centrifuged concrete of high frost resistance, with air-entraining additives
Conclusions 1. The investigations carried out demonstrate the effectiveness of air-entraining and multiple additives for increasing the frost resistance of centrifuged concrete. 2. The air entrained into the concrete mass is not expelled by centrifugation. 3. Elements with a high frost resistance were obtained from centrifuged concrete containing multiple additives. 4. On the basis of the investigations, a wide application of centrifuged hollow piles was developed under working conditions, using highly frost-resistant concrete obtained by introducting multiple additives into its composition.
Centrifuged concrete of high frost resistance, with air-entraining additives
Peredereeva, É. K. (author) / Gladkov, V. S. (author) / Ivanov, F. M. (author) / Mazov, G. I. (author)
Hydrotechnical Construction ; 5 ; 261-264
1971-03-01
4 pages
Article (Journal)
Electronic Resource
English
Centrifuged concrete of high frost resistance, with air-entraining additives
| Online Contents | 1971
Engineering Index Backfile | 1948
| Engineering Index Backfile | 1953