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Investigation of resistance of preplaced-aggregate concrete to freezing and thawing

Tynes, W.O. / McDonald, J.E.

Resistance of conventional preplaced-aggregate concrete at age of 28 days to accelerated freezing and thawing is much less than that of concrete containing air-entraining admixture (AEA) both conventionally mixed and replaced; results of tests of preplaced-aggregate concrete containing AEA for resistance to freezing and thawing were approximately same as concrete conventionally mixed containing AEA; addition of AEA increases these values regardless of delay time between mixing and pumping of grout. (18255)

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Investigation of resistance of preplaced-aggregate concrete to freezing and thawing

Tynes, W.O. / McDonald, J.E.

Resistance of conventional preplaced-aggregate concrete at age of 28 days to accelerated freezing and thawing is much less than that of concrete containing air-entraining admixture (AEA) both conventionally mixed and replaced; results of tests of preplaced-aggregate concrete containing AEA for resistance to freezing and thawing were approximately same as concrete conventionally mixed containing AEA; addition of AEA increases these values regardless of delay time between mixing and pumping of grout. (18255)

Investigation of resistance of preplaced-aggregate concrete to freezing and thawing

Tynes, W.O. / McDonald, J.E.

Resistance of conventional preplaced-aggregate concrete at age of 28 days to accelerated freezing and thawing is much less than that of concrete containing air-entraining admixture (AEA) both conventionally mixed and replaced; results of tests of preplaced-aggregate concrete containing AEA for resistance to freezing and thawing were approximately same as concrete conventionally mixed containing AEA; addition of AEA increases these values regardless of delay time between mixing and pumping of grout. (18255)

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Title:

Investigation of resistance of preplaced-aggregate concrete to freezing and thawing

Additional title:

U S Waterways Exp Sta -- Misc Paper

Contributors:

Tynes, W.O. (author) / McDonald, J.E. (author)

Published in:

United States Army Engineer Waterways Experiment Station -- Miscellaneous Paper

Publication date:

1968

Size:

30 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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