組合せ曲げねじり繰返し応力による低炭素鋼のかたさ変化について

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  • The Effect of Combined Alternating Bending and Torsional Stress on the Hardness of Low Carbon Steel
  • クミアワセ マゲネジリ クリカエシ オウリョク ニ ヨル テイタンソ コウ ノ カタサ ヘンカ ニ ツイテ

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抄録

The hardness change of 0.13% carbon steel by alternating pure rotatory bending or torsional stress was reported by the authors previously. In this paper we report the similar experiments on the specimens of the same material, which have been stressed under combined alternating plane bending and torsion. In the manner of the hardness change in the case of repeated pure stress, there are distinct differences between plane bending and torsion. When subjected to combined alternating plane bending and torsional stresses, the hardness change takes place in a manner just half way between the pure plane bending and the pure torsion.

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