Influence of concrete composition and microclimate on the critical chloride content in concrete.

P. Schiessil; M. Raupach; C. L. Page; K. W.J. Treadway.; P. B. Banforth

Influence of concrete composition and microclimate on the critical chloride content in concrete.

P. Schiessil
, M. Raupach
, C. L. Page
, K. W.J. Treadway.
, P. B. Banforth

King Fahd University of Petroleum & Minerals

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

6 Scopus citations

Abstract

The critical chloride content and the corrosion rate of steel in concrete can be measured directly using the newly developed concrete corrosion cell. This cell consists out of steel electrodes in two different concrete layers. The electric flowing between the electrodes is in proper proportion to the rate of metal removal by corrosion. About 200 corrosion cells have been produced and evaluated to date. The results show, that the critical chloride content in concrete and the corrosion rate depend considerably on the concrete composition and the microclimate and vary in wide ranges. (A)

Original language	English
Title of host publication	Unknown Host Publication Title
Publisher	London, U.K., Elsevier Applied Science
ISBN (Print)	1851664874, 9781851664870
State	Published - 1990

ASJC Scopus subject areas

General Engineering

Cite this

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title = "Influence of concrete composition and microclimate on the critical chloride content in concrete.",

abstract = "The critical chloride content and the corrosion rate of steel in concrete can be measured directly using the newly developed concrete corrosion cell. This cell consists out of steel electrodes in two different concrete layers. The electric flowing between the electrodes is in proper proportion to the rate of metal removal by corrosion. About 200 corrosion cells have been produced and evaluated to date. The results show, that the critical chloride content in concrete and the corrosion rate depend considerably on the concrete composition and the microclimate and vary in wide ranges. (A)",

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T1 - Influence of concrete composition and microclimate on the critical chloride content in concrete.

AU - Schiessil, P.

AU - Raupach, M.

AU - Page, C. L.

AU - Treadway., K. W.J.

AU - Banforth, P. B.

PY - 1990

Y1 - 1990

N2 - The critical chloride content and the corrosion rate of steel in concrete can be measured directly using the newly developed concrete corrosion cell. This cell consists out of steel electrodes in two different concrete layers. The electric flowing between the electrodes is in proper proportion to the rate of metal removal by corrosion. About 200 corrosion cells have been produced and evaluated to date. The results show, that the critical chloride content in concrete and the corrosion rate depend considerably on the concrete composition and the microclimate and vary in wide ranges. (A)

AB - The critical chloride content and the corrosion rate of steel in concrete can be measured directly using the newly developed concrete corrosion cell. This cell consists out of steel electrodes in two different concrete layers. The electric flowing between the electrodes is in proper proportion to the rate of metal removal by corrosion. About 200 corrosion cells have been produced and evaluated to date. The results show, that the critical chloride content in concrete and the corrosion rate depend considerably on the concrete composition and the microclimate and vary in wide ranges. (A)

UR - https://www.scopus.com/pages/publications/85041142825

M3 - Chapter

AN - SCOPUS:85041142825

SN - 1851664874

SN - 9781851664870

BT - Unknown Host Publication Title

PB - London, U.K., Elsevier Applied Science

ER -

Influence of concrete composition and microclimate on the critical chloride content in concrete.

Abstract

ASJC Scopus subject areas

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