Unification of hydrogen-enhanced damage understanding through strain-life experiments for modeling

Engineering Fracture Mechanics(2019)

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摘要
•H2-environment mechanical-test apparatus adapted for fully-reversed strain-life tests.•Testing in hydrogen shows a noticeable reduction in strain-life compared to in air.•Dislocation density is the same in air and H2 while dislocation distribution changes.•Strain-control testing decouples H2 effects on deformation mechanisms.
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关键词
damage understanding,hydrogen-enhanced,strain-life
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