Published: Jan 1977
| ||Format||Pages||Price|| |
|PDF ()||8||$25||  ADD TO CART|
|Complete Source PDF (3.5M)||8||$60||  ADD TO CART|
The tricalcium aluminate present in portland cement is known to be effective for chloride removal and can thus provide protection against steel corrosion. Contradictions are found in literature with regard to the minimum tricalcium aluminate content of a cement which is desirable to prevent corrosion of reinforcing steel in concretes exposed to chlorides. A review of both published experimental data and some theoretical considerations are presented to show that not only the amount of tricalcium aluminate present but also its crystallographic type and the source of chloride are necessary factors in predicting the corrosion behavior of steel in reinforced concrete.
reinforcing steels, concretes, corrosion, chlorides, cements, aluminates, calcium sulfates, hydrates
Professor of engineering science, University of California, Berkeley, Calif.