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Monthly Bulletin - Clpdigital.org

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Metal Corrosion and Protection<br />

In the following titles of books and articles uniformity in spelling<br />

has not been attempted, the spelling of the original having been followed<br />

in each case.<br />

Abbreviations:—<br />

Dr. drawings.<br />

111. illustrations.<br />

n.s. new series.<br />

p. page.<br />

v. volume.<br />

w. words.<br />

Cement and Concrete Protection<br />

Action of cinder concrete on steel. 300 w. 1897. (In Engineering<br />

news, v.37, p.186.)<br />

Breuille. Experiences sur le ciment arme. 4,500 w. Dr. 1902. (In<br />

Annales des ponts et chaussees. memoires, ser. 8, v.3, iertirimestre,<br />

p.181.)<br />

Argues against the belief that cement does not attack iron. Chemical union<br />

takes place between metal and cement, forming silicate of iron, soluble in<br />

water, and unless special care is taken in waterproofing the concrete, this<br />

salt is dissolved and corrosion takes place.<br />

The same, condensed. 200 w. (In Transactions of the American Society<br />

of Civil Engineers, v.51, p.124.)<br />

The same, condensed. 100 w. (In Taylor & Thompson's Treatise on<br />

concrete, plain and reinforced, p.430.)<br />

Buel, Albert W. Protection of metal work in concrete. 1,400 w. 1898.<br />

(In Engineering record, v.38, p.409.)<br />

Letter claiming that perfect protection may be secured without use of paint.<br />

Corrosion of iron in concrete. 3,500 w. 1898. (In Engineering record,<br />

v.27, p.253, 272.)<br />

Newberry, Spencer B. Chemistry of the protection of steel against<br />

rust and fire by concrete. 1,700 w. 1902. (In Scientific American<br />

supplement, v.54, p.22335.)<br />

The same. 1,000 w. (In Engineering news, v.47, P-335-)<br />

Norton, Charles L. Corrosion of the steel frames of buildings. 1,800 w.<br />

111. 1902. (In Technology quarterly, v.15, p.343.)<br />

Tests showing that concrete to be effective in preventing rust must be dense,<br />

without voids or cracks, mixed and applied quite fresh to clean metal.<br />

Protection of steel from corrosion. 1,600 w. 1904. (In Engineering<br />

news, v.51, p.29.)<br />

Laboratory experiments, tending to show that concrete properly applied is<br />

an almost perfect preservative.<br />

Sabin, Louis Carlton. Preservation of iron and steel by mortar and<br />

concrete. 1,100 w. 1905. (In his Cement and concrete, p.336.)<br />

Claims that if properly mixed and applied, both stone and cinder concrete not<br />

only prevent corrosion, but arrest the formation of rust when already<br />

started.<br />

543

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