Surface Treatment and Residual Stress
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Scope of this subject
This cluster of papers explores various surface modification techniques such as Laser Shock Processing, Surface Mechanical Attrition Treatment, Shot Peening, and Ultrasonic Impact Peening to induce nanostructured surface layers, improve fatigue behavior, enhance corrosion resistance, and refine grain structures in metal alloys. The focus is on understanding the effects of these techniques on microstructure evolution and residual stress, with potential applications in improving the mechanical and corrosion properties of metallic materials.
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Research vocabulary
shot peening; compressive residual stress; laser shock peening; X-ray diffraction stress measurement; surface strengthening; laser shock processing; surface plastic deformation; residual stress relaxation; residual stress distribution; surface mechanical attrition treatment; surface residual stress; ultrasonic shot peening; fatigue life improvement; ultrasonic impact treatment; surface nanocrystallization; deep rolling; ultrasonic surface rolling; mechanical surface treatment; hole-drilling method; hardened layer; shot velocity; nanostructured surface layer; ball burnishing; peening; hardened layer depth
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Numeric address and provenance
Morton address: 36249284672389873 · morton4x16-v1
Coordinates: (3, 22, 2210, 12106). The address interleaves categorical identifier bits. Nearby addresses are not guaranteed to describe semantically similar subjects.
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