EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE

Explosive welding technology is a high-energy processing technology,which has been widely used in industrial practice. The residual stress produced by explosive welding process has an important influence on the strength and stability of the structure. So it is necessary to study the reasonable range...

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Main Authors: SU WenXian, XIONG LiMin, GENG WanYi
Format: Article
Language:zho
Published: Editorial Office of Journal of Mechanical Strength 2020-01-01
Series:Jixie qiangdu
Subjects:
Online Access:http://www.jxqd.net.cn/thesisDetails#10.16579/j.issn.1001.9669.2020.05.011
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author SU WenXian
XIONG LiMin
GENG WanYi
author_facet SU WenXian
XIONG LiMin
GENG WanYi
author_sort SU WenXian
collection DOAJ
description Explosive welding technology is a high-energy processing technology,which has been widely used in industrial practice. The residual stress produced by explosive welding process has an important influence on the strength and stability of the structure. So it is necessary to study the reasonable range of residual stress and seek to predict,control and adjust the residual stress. In this paper,the hole-drilling method is used to test the residual stress of 316 L/SA516 explosive welding plate. The basic principle of hole-drilling method for measuring the residual stress,the preparation of the test and the matters needing attention in the test process are introduced. The residual stresses measured by hole-drilling method mainlyanalysis explosive residual stresses,normalized residual stresses and residual stresses in the direction of explosive thickness. The development rule of the measurement results is basically consistent with the actual situation.
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publisher Editorial Office of Journal of Mechanical Strength
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spelling doaj.art-9e61d3dc3eb844be9431b37bd4fc31312023-08-01T07:51:58ZzhoEditorial Office of Journal of Mechanical StrengthJixie qiangdu1001-96692020-01-01421088109330608810EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATESU WenXianXIONG LiMinGENG WanYiExplosive welding technology is a high-energy processing technology,which has been widely used in industrial practice. The residual stress produced by explosive welding process has an important influence on the strength and stability of the structure. So it is necessary to study the reasonable range of residual stress and seek to predict,control and adjust the residual stress. In this paper,the hole-drilling method is used to test the residual stress of 316 L/SA516 explosive welding plate. The basic principle of hole-drilling method for measuring the residual stress,the preparation of the test and the matters needing attention in the test process are introduced. The residual stresses measured by hole-drilling method mainlyanalysis explosive residual stresses,normalized residual stresses and residual stresses in the direction of explosive thickness. The development rule of the measurement results is basically consistent with the actual situation.http://www.jxqd.net.cn/thesisDetails#10.16579/j.issn.1001.9669.2020.05.011316L/SA516;Explosive welding plate;The hole-drilling method;Welding residual stress;Test
spellingShingle SU WenXian
XIONG LiMin
GENG WanYi
EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE
Jixie qiangdu
316L/SA516;Explosive welding plate;The hole-drilling method;Welding residual stress;Test
title EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE
title_full EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE
title_fullStr EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE
title_full_unstemmed EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE
title_short EXPERIMENTAL RESIDUAL STRESS OF 316 L/SA516 EXPLOSIVE WELDINGCOMPOSITE PLATE
title_sort experimental residual stress of 316 l sa516 explosive weldingcomposite plate
topic 316L/SA516;Explosive welding plate;The hole-drilling method;Welding residual stress;Test
url http://www.jxqd.net.cn/thesisDetails#10.16579/j.issn.1001.9669.2020.05.011
work_keys_str_mv AT suwenxian experimentalresidualstressof316lsa516explosiveweldingcompositeplate
AT xionglimin experimentalresidualstressof316lsa516explosiveweldingcompositeplate
AT gengwanyi experimentalresidualstressof316lsa516explosiveweldingcompositeplate