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Torsion tests were made on mild steel bars which were simultaneously under constant tension or compression; equivalent results were obtained with annealed and with cold-worked mild steel; maximum elastic moment towards torsion is lowered as force of either tension or compression increases, and is practically the same for equal values of these forces; moment of rupture by torsion decreases greatly as tensile force is increased, and increases with compression; rupture occurs always at right angles to length of bar. See translated abstract Metallurgist (Supp. to Engineer, vol. 140, no. 3652), Dec. 25, 1925, pp. 182-184, 3 figs.
Torsion tests were made on mild steel bars which were simultaneously under constant tension or compression; equivalent results were obtained with annealed and with cold-worked mild steel; maximum elastic moment towards torsion is lowered as force of either tension or compression increases, and is practically the same for equal values of these forces; moment of rupture by torsion decreases greatly as tensile force is increased, and increases with compression; rupture occurs always at right angles to length of bar. See translated abstract Metallurgist (Supp. to Engineer, vol. 140, no. 3652), Dec. 25, 1925, pp. 182-184, 3 figs.
Tests of mild steel under combined stresses
Essais d'acier doux par efforts combines
Seigle, J. (author)
1925
2 pages
Article (Journal)
French
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