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Corrosion of steel in continuously submerged reinforced concrete piling
Steel corrosion in portions of piling which were continuously submerged for period of approximately 37 yr in seawater is examined; samples of concrete were obtained so as to determine contained salt content; under continuously submerged conditions it was found that 8 out of 17 of pilings had heavy corrosion of steel; metal loss of heavily corroded sections of steel was in character of irregular-shaped, broad pits; average of maximum pit depths was 0.114 in. for pits having lengths up to approximately 6 in.; chloride content found in continuously submerged concrete ranged between 13 and 34 lb/cu yd, averaged 25 lb/cu yd.
Corrosion of steel in continuously submerged reinforced concrete piling
Steel corrosion in portions of piling which were continuously submerged for period of approximately 37 yr in seawater is examined; samples of concrete were obtained so as to determine contained salt content; under continuously submerged conditions it was found that 8 out of 17 of pilings had heavy corrosion of steel; metal loss of heavily corroded sections of steel was in character of irregular-shaped, broad pits; average of maximum pit depths was 0.114 in. for pits having lengths up to approximately 6 in.; chloride content found in continuously submerged concrete ranged between 13 and 34 lb/cu yd, averaged 25 lb/cu yd.
Corrosion of steel in continuously submerged reinforced concrete piling
Nat Research Council -- Highway Research Board -- Research Rec
Beaton, J.L. (author) / Speelman, D.L. (author) / Stratfull, R.F. (author)
1967
11 pages
Article (Journal)
English
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