Residual Stresses of Water-Jet Peened Austenitic Stainless Steel

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  • ウォータジェットピーニングを受けたオーステナイト系ステンレス鋼の残留応力
  • ウォータジェットピーニング オ ウケタ オーステナイトケイ ステンレスコウ ノ ザンリュウ オウリョク

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Abstract

The specimen material was austenitic stainless steel, SUS316L. The residual stress was induced by water-jet peening. The residual stress was measured using the 311 diffraction with conventional X-rays. The measured residual stress showed the equi-biaxial stress state. To investigate thermal stability of the residual stress, the specimen was aged thermally at 773K in air to 1000h. The residual stress kept the equi-biaxial stress state against the thermal aging. Lattice plane dependency of the residual stress induced by water-jet peening was evaluated using hard synchrotron X-rays. The residual stress measured by the soft lattice plane showed the equi-biaxial stress state, but the residual stress measured by the hard lattice plane did not. In addition, the distributions of the residual stress in the depth direction were measured using a strain scanning method with hard synchrotron X-rays and neutrons.

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