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Taylor, Frederick XV. & Thompson, S. E. Fire and rust protection.
1,400 w. 1905. (In their Treatise on concrete, plain and reinforced,
p.427.)
Considers briefly the evidence favorable to protection of both clean and rusty
steel by concrete; chemical union of steel and cement; cement paint; etc.
Thwaite, B. H. Preservation of iron and steel. 2,000 w. 1906. (In
Iron and steel magazine, v.i I, p.411.)
Considers chemical aspect of corrosion; special causes of corrosion; cement and
concrete as efficient preservatives.
Toch, Maximilian. Permanent protection of iron and steel. 2,000 w.
111. 1903. (In Journal of the American Chemical Society, v.25,
pt.2, p.761.)
Believes structural iron can be completely protected from oxidation by a coat
of cement paint followed by a layer of hydrocarbon insulating paint.
Wagoner, Luther, & Skinner, T. H. Corrosion of reinforcing metal
in cinder concrete floors. 2,000 w. 1906. (In Engineering
news, v.56, p.458.)
Examination of San Francisco buildings after the fire, showing corrosion so
great as to render floors unsafe in from six to ten years after construction.
Considers presence of coal or coke in cinder especially detrimental and in
general condemns the use of cinder concrete.
The same. 1,000 w. (In Engineering record, v.54, p.552.)
Whiskeman, James P. Official report of preservation of structural
steel in a tall New York building. 1,800 w. 111. 1903. (In Engineering
record, v.47, p.394.)
Report to the superintendent of buildings on the Pabst building. Shows that
paint is unsatisfactory for underground protection, and calls attention to
the efficiency of cinder concrete.
Corrosion
Alford, H. Carroll. Corrosion of iron and its prevention. 2,200 w.
1901. (In Proceedings of the St. Louis Railway Club, v.5, April
12, p.9.)
Theory of rust formation and preventive measures.
American Society for Testing Materials. 1,800 w. 1906. (In Iron age,
v.77, p.2057.)
Abstracts of papers at ninth annual meeting of above society; corrosion of tube
steel, corrosion of wire fencing, electrolysis in structural steel, etc.
Andrews, Thomas. Effect of stress on the corrosion of metals. 6 000 w.
111. 1894. (In Minutes of proceedings of the Institution of
Civil Engineers, v.i 18, p.356.)
Baucke, H. Beitrag zur metallographie des flusseisens. 1,600 w. 111.
1899. (In Baumaterialienkunde, v.4, p.349.)
Microscopic examination of badly corroded boiler tubes.
The same, in French. (In Baumaterialienkunde, v.4. p.349.)
The same. (In Stahl und eisen, v.20, pt.i, p.260.)
The same, condensed. 600 w. (In Journal of the Iron and Steel Institute,
v.57, p.427.)
[Brass corrosion by sugar vapor.] 400 w. 1888. (In American Society
of Mechanical Engineers, v.9. p.429.)
Remedy suggested is a coating of paraffin.
Bruhl, Paul. On the preservation of instruments and machinery in
Bengal. 10,000 w. 1903. (In Engineer, London, v.96, p.101, 125,
I47J
Effect of warm moist climate, particularly on delicate instruments.
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