Analysis of shot peening residual stress distribution based on dislocation configuration

Zhang XingZhen; Huang Jingxiang; Niu ZhiqiangZhong YiningZhou WenlongChen GuoqingFu Xuesong

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Analysis of shot peening residual stress distribution based on dislocation configuration

机译：Analysis of shot peening residual stress distribution based on dislocation configuration

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The distribution profile of residual stress on the surface layer of shot-peened materials is often in a hook shape. We analysed the distribution characteristics of residual stress by detecting dislocation configurations. The position of maximum compressive residual stress (MCRS) shifts inward with an increase in shot peening strength. It was found that long-term orderly dislocation pile-up groups frequently appeared in the MCRS region. The location of MCRS is not necessarily related to maximum dislocation density. At low strength, both the maximum dislocation density and the MCRS are on the surface region. At high strength, the surface region structures are composed of sub-grains and dislocation cells. The position of maximum dislocation density is between the surface region and the MCRS.

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《Materials Science and Technology: MST: A publication of the Institute of Metals》 |2022年第16期|1257-1265|共9页
作者
Zhang XingZhen; Huang Jingxiang; Niu ZhiqiangZhong YiningZhou WenlongChen GuoqingFu Xuesong;
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作者单位

Dalian Univ Technol;

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原文格式 PDF
正文语种英语
中图分类工程材料学;
关键词
Residual stresses; deformation microstructure; dislocation structure; surface modification; MECHANICAL-PROPERTIES; TITANIUM-ALLOY; SURFACE-LAYER; MICROSTRUCTURE; STEEL;

Analysis of shot peening residual stress distribution based on dislocation configuration

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