Laser Wire DED 316L Corrosion and Fatigue Performance

Name: Laser Wire DED 316L Corrosion and Fatigue Performance
Creator: Denise Yin
Published: 2026-10-15T18:58:11.319Z
Keywords: Corrosion, Austenitic Stainless Steel, Pitting Corrosion, High-Cycle Fatigue, Fatigue Life, Laser Directed Energy Deposition

Yin, Denise; Catledge, Katrina; Post, Zachary; Seker, Drew; Presley, Michael

doi:10.17632/h97k6w9vm5.1

Laser Wire DED 316L Corrosion and Fatigue Performance

Published: 15 October 2026| Version 1 | DOI: 10.17632/h97k6w9vm5.1

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Description

The data contained herein includes corrosion and fatigue performance of as-built, non-heat treated 316L stainless steel fabricated with laser wire directed energy deposition. This work investigates the influence of argon and nitrogen shielding gas on the pitting susceptibility and high-cycle fatigue behavior (via rotating beam fatigue testing).

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Naval Sea Systems Command
United States Department of the Navy
District of Columbia, Washington
Grant ID: N00024-22-D-6404

Laser Wire DED 316L Corrosion and Fatigue Performance

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