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Use of mushy concretes in construction of the inguri hydroelectric station

Mikeladze, G. T. / Daneliya, A. I. / Gakhariya, R. V.

Conclusions It was established that the use of the complex additive WCA+FM+SYL is the most effective when producing highly fluid (mushy) concrete mixes.Complex additives substantially improve cohesiveness, workability, and keeping qualities (with respect to fluidity) of the mix, and also considerably reduce its segregation during placement in the structures being concreted.The use of mushy mixes reduces labor expenditures on concreting geometrically and technologically complex structures, improves the conditions of performing the works, and shortens the construction time.

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Use of mushy concretes in construction of the inguri hydroelectric station

Mikeladze, G. T. / Daneliya, A. I. / Gakhariya, R. V.

Conclusions It was established that the use of the complex additive WCA+FM+SYL is the most effective when producing highly fluid (mushy) concrete mixes.Complex additives substantially improve cohesiveness, workability, and keeping qualities (with respect to fluidity) of the mix, and also considerably reduce its segregation during placement in the structures being concreted.The use of mushy mixes reduces labor expenditures on concreting geometrically and technologically complex structures, improves the conditions of performing the works, and shortens the construction time.

Use of mushy concretes in construction of the inguri hydroelectric station

Mikeladze, G. T. / Daneliya, A. I. / Gakhariya, R. V.

Conclusions It was established that the use of the complex additive WCA+FM+SYL is the most effective when producing highly fluid (mushy) concrete mixes.Complex additives substantially improve cohesiveness, workability, and keeping qualities (with respect to fluidity) of the mix, and also considerably reduce its segregation during placement in the structures being concreted.The use of mushy mixes reduces labor expenditures on concreting geometrically and technologically complex structures, improves the conditions of performing the works, and shortens the construction time.

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Title:

Use of mushy concretes in construction of the inguri hydroelectric station

Contributors:

Mikeladze, G. T. (author) / Daneliya, A. I. (author) / Gakhariya, R. V. (author)

Published in:

Hydrotechnical Construction ; 22

Publication date:

1988

ISSN:

DOI:

https://doi.org/10.1007/BF01429029

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Wasserbau , Zeitschrift

Classification:

BKL: 56.30 Wasserbau
Local classification TIB: 770/6550/8000

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