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Penetration of concrete with various linseed oil/mineral spirits mixtures

Blankenhorn, P.R. / Barnes, D. / Gowen, W. / Kline, D.E. / Cady, P.D.

AbstractField impregnation techniques were simulated in the laboratory using concrete cylinders (different water:cement ratios) dried either in a forced air oven or with a gas-fired infrared heater after which they were impregnated (by ponding) with different linseed oil/mineral spirits mixtures. Mass uptake was obtained for impregnation with various mineral spirits concentrations and impregnation temperatures. Generally as the water:cement ratio, impregnation temperature, and mineral spirits concentration increase, the final mass uptake (or rate of mass uptake) and penetration depth also increase. Further, the infrared dried specimens displayed a deeper final penetration depth than the ovendried specimens. Regression analysis produced equations that predict the final penetration depth in the concrete as a function of percent mineral spirits in the linseed oil mixture.

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Penetration of concrete with various linseed oil/mineral spirits mixtures

Blankenhorn, P.R. / Barnes, D. / Gowen, W. / Kline, D.E. / Cady, P.D.

AbstractField impregnation techniques were simulated in the laboratory using concrete cylinders (different water:cement ratios) dried either in a forced air oven or with a gas-fired infrared heater after which they were impregnated (by ponding) with different linseed oil/mineral spirits mixtures. Mass uptake was obtained for impregnation with various mineral spirits concentrations and impregnation temperatures. Generally as the water:cement ratio, impregnation temperature, and mineral spirits concentration increase, the final mass uptake (or rate of mass uptake) and penetration depth also increase. Further, the infrared dried specimens displayed a deeper final penetration depth than the ovendried specimens. Regression analysis produced equations that predict the final penetration depth in the concrete as a function of percent mineral spirits in the linseed oil mixture.

Penetration of concrete with various linseed oil/mineral spirits mixtures

Blankenhorn, P.R. / Barnes, D. / Gowen, W. / Kline, D.E. / Cady, P.D.

AbstractField impregnation techniques were simulated in the laboratory using concrete cylinders (different water:cement ratios) dried either in a forced air oven or with a gas-fired infrared heater after which they were impregnated (by ponding) with different linseed oil/mineral spirits mixtures. Mass uptake was obtained for impregnation with various mineral spirits concentrations and impregnation temperatures. Generally as the water:cement ratio, impregnation temperature, and mineral spirits concentration increase, the final mass uptake (or rate of mass uptake) and penetration depth also increase. Further, the infrared dried specimens displayed a deeper final penetration depth than the ovendried specimens. Regression analysis produced equations that predict the final penetration depth in the concrete as a function of percent mineral spirits in the linseed oil mixture.

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Title:

Penetration of concrete with various linseed oil/mineral spirits mixtures

Contributors:

Blankenhorn, P.R. (author) / Barnes, D. (author) / Gowen, W. (author) / Kline, D.E. (author) / Cady, P.D. (author)

Published in:

Cement and Concrete Research ; 9 ; 353-364

Publication date:

1979-03-13

Size:

12 pages

ISSN:

DOI:

https://doi.org/10.1016/0008-8846(79)90128-5

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

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