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Effect of Nitrogen on Deformation-Induced Martensitic Transformation in 301 Austenitic Stainless Steel
Original title：mdpi metals 7 503 nitrogen dimt 301 stainless
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Curated summary
This open-access paper combines inelastic-deformation theory with experiments to examine nitrogen effects on deformation-induced martensitic transformation in metastable 301 austenitic stainless steel. Added nitrogen increases austenite stability and the critical strain for transformation, reduces the saturation fraction of alpha-prime martensite, and changes the stress-strain response. The work helps explain processing and strengthening of stainless spring steels, but it does not provide a direct fatigue-life basis for disc springs.
Original language：en
Bibliographic metadata
| File | mdpi-metals-7-503-nitrogen-dimt-301-stainless.pdf |
|---|---|
| Type / category | reference_pdf / references |
| Section | Materials & Environments |
| Organization | — |
| Authors | — |
| Language | en |
| Rights / access | open_license / public |
Version
Version not identified · active · current
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Identifier pending review.