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Effect of Copper and Tin on Mechanical Properties of Hot-rolled 0.2 wt-pct Carbon Steels.
Copeland-MI; Howe-JS; Sarvis-JC
NTIS: PB 261 338 :24 pages
Bureau of Mines researchers investigated the combined effect of copper and tin additions on the mechanical properties of hot-rolled steels. Wrought steels containing 0.2 wt-pct c and up to 0.1 And 1.0 wt-pct sn and cu, respectively, were made and evaluated by conducting tensile and impact tests and electron-beam microprobe and electron microscopy examination. Tin additions did not significantly affect the tensile properties of steel at different copper contents in the hot-rolled condition. Tin lowered the copper content at which strengthening by copper precipitation normally starts, 0.8 wt-pct, and decreased the strength of steel aged at 1,022 deg f (550 deg c). The most adverse effect of tin was lowering the notch toughness of steels at most copper contents.
IH; Report of Investigation;
NTIS Accession No.
NTIS: PB 261 338
Page last reviewed: September 2, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division