[1]田一宏,黄 斌,石 磊.压力容器封头焊接工艺试验与实践[J].石油化工设备,2020,(06):55-58.[doi:10.3969/j.issn.1000-7466.2020.06.010]
　TIAN Yi-hong,HUANG Bin,SHI Lei.Test and Practice of Welding Process of Pressure Vessel Head[J].Petro-Chemical Equipment,2020,(06):55-58.[doi:10.3969/j.issn.1000-7466.2020.06.010]
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压力容器封头焊接工艺试验与实践()
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石油化工设备[ISSN:1000-7466/CN:62-1078/TQ]

卷:
期数:
2020年06期
页码:
55-58
栏目:
制造技术
出版日期:
2020-12-30

文章信息/Info

Title:
Test and Practice of Welding Process of Pressure Vessel Head
作者:
田一宏1; 黄 斌2; 石 磊2
1.中国石油天然气股份有限公司 吉林石化分公司，吉林 吉林 132001；2.中国石油天然气股份有限公司 西南油气田分公司，四川 成都 610051
Author(s):
TIAN Yi-hong1; HUANG Bin2; SHI Lei2
1.Jilin Petrochemical Company，CNPC，Jilin 132001，China；2.Southwest Oil & Gas Field Company，CNPC，Chengdu 610051，China
关键词:
压力容器; 封头; 焊接工艺; 无损检测
Keywords:
pressure vessel; head; welding process; nondestructive test
分类号:
TQ051.303
DOI:
10.3969/j.issn.1000-7466.2020.06.010
文献标志码:
A
摘要:
以压力容器封头常用的13MnNiMoR作为试验材料，采用埋弧焊工艺，试验研究了H10Mn2NiMoA（H10）和H09MnNiMoG（H09）这2种焊接材料对13MnNiMoR焊接性能的影响。利用无损检测和室温拉伸检测方法对焊缝质量进行检测，结果表明，采用H10焊接得到的焊缝表面存在微裂纹，采用H09焊接得到的焊缝力学性能更优，H09更适用于13MnNiMoR的焊接。根据焊接工艺试验得到的参数，通过埋弧焊工艺配合H09对某压力容器封头进行实际焊接，焊缝质量满足相关规范标准要求，工业应用效果良好。
Abstract:
Taking the common material 13MnNiMoR for pressure vessel head as the experimental material，the effects of two welding materials，H10Mn2NiMoA（H10） and H09MnNiMoG（H09），the welding performance under submerged arc welding process conditions were studied. The weld quality was tested according to nondestructive test and room temperature tensile test methods. It is found that there are micro cracks on the surface of the weld obtained with H10 welding material，the mechanical properties of the weld corresponding to H09 welding material are better and more suitable for welding experimental materials. The submerged arc welding process is adopted with the H09 material to perform the welding on the pressure vessel head. The quality of the weld meets the requirements of the relevant specifications with good industrial application effect.

参考文献/References:

［1］ 陈启升，张红梅，卞光伟，等.压力机用压力容器的静力学研究［J］.锻压装备与制造技术，2019，54（5）：96-99.CHEN Q S，ZHANG H M，BIAN G W，et al. Study on statics of pressure vessel for press［J］. China metalforming equipment & manufacturing technology，2019，54（5）：96-99.［2］ 谢锐彬.压力容器设计与制造中相关问题及发展趋势探讨［J］.建筑工程技术与设计，2018（10）：3608.XIE R B. Discussion on related issues and development trends in the design and manufacture of pressure vessels［J］. Architecture engineering technology and design，2018（10）：3608.［3］ 陈雪，索选轩，周宣礼.锅炉用封头与压力容器用封头标准的对比研究［J］.中国机械，2019（6）：81-82.CHEN X，SUO X X，ZHOU X L. Comparative study on the standards of boiler head and pressure vessel head［J］. China machinery,2019(6):81-82.［4］ 高勇，黄盛鹏，汤吉祥，等.封头型式对压力容器应力影响的有限元分析［J］.内蒙古石油化工，2018， 44（6）：38-40.GAO Y，HUANG S P，TANG J X，et al. Finite element analysis of the impact of head type on pressure vessels stress［J］. Inner Mongolia petrochemical industry，2018，44（6）：38-40.［5］ 侯勇，冉传海，闫军成.厚壁小直径压力容器封头焊接工艺研究［J］.热加工工艺，2017，46（3）：195-196，201.HOU Y，RAN C H，YAN J C. Research on welding process of pressure vessel head with thick wall and small diameter［J］. Hot working technology，2017，46（3）：195-196，201.［6］ 胡勇军.压力容器焊接工艺技术研究［J］.科技创新与应用，2018（33）：116-117.HU Y J. Research on welding technology of pressure vessel［J］. Technology innovation and application，2018（33）：116-117.［7］ 孙战立，张峥.典型压力容器用钢13MnNiMoR的高温疲劳性能研究［J］.中国特种设备安全，2018，34（9）： 20-25，50.SUN Z L，ZHANG Z. Research on high temperature fatigue properties for the typical steel 13MnNiMoR of pressure vessel［J］. China special equipment safety，2018，34（9）：20-25，50.［8］ 冯健，李春阳，侯国亭，等.压力容器用大厚度13MnNiMoR／S32168爆炸焊接金属复合板及其生产工艺探讨［J］.压力容器，2016，33（3）：74-78.FENG J，LI C Y，HOU G T，et al. Explosion welding of 13MnNiMoR/S32168 clad metal with large thickness and its production process for pressure vessel［J］. Pressure vessel technology，2016，33（3）：74-78.［9］ 李晓波，田松亚，桂鹏千.13MnNiMoR埋弧焊接头焊后热处理的组织和韧性［J］.电焊机，2017，47（1）： 63-67， 105.LI X B，TIAN S Y，GUI P Q. Microstructure and toughness of 13MnNiMoR steel welding joint after PWHT for SAW［J］. Electric welding machine，2017，47（1）：63-67，105.［10］ 胡喜恩，闫博，刘涛，等.大规格高强度容器13MnNiMoR的焊接工艺［J］.金属材料与冶金工程，2015， 43（2）：25-28.HU X E，YAN B，LIU T，et al. Welding process for large-size high-strength vessel steel plates 13MnNiMoR［J］.Metal materials and metallurgy engineering，2015，43（2）：25-28.［11］ 承压设备无损检测：NB/T 47013.1～47013.6—2015［S］.Nondestructive testing of pressure equipments：NB/T 47013.1~47013.6—2015［S］.［12］ 高晓进.金属夹心CFRP复合材料超声检测方法［J］.声学技术，2019，38（5）：526-531.GAO X J. An ultrasonic detection method for metal sandwich CFRP composite［J］. Technical aciystucs,2019， 38（5）：526-531.［13］ 卢娟，曾德文.低合金钢材料的磁粉检测［J］.技术与市场，2017，24（9）：197.LU J，ZENG D W. Magnetic particle testing of low alloy steel materials［J］. Technology and market，2017，24（9）：197.［14］ 陈城明，林武榕.磁粉检测质量控制要点［J］.福建冶金，2017，46（3）：43-45.CHEN C M，LIN W R. Magnetic powder checking quality control［J］. Fujian metallurgy，2017，46（3）：43-45.［15］ 潘荣宝，袁榕.压力管道焊缝的磁粉检测技术［J］.中国锅炉压力容器安全，2003，19（4）：33-36.PAN R B，YUAN R. Magnetic particle inspection of pressure piping welding［J］. China boiler and pressurevessel safety，2003，19（4）：33-36.［16］ 金属材料 拉伸试验 第1部分：室温试验方法：GB/T 228.1—2010［S］. Metallic materials—Tensile testing—Part 1： Method of test at room temperature：GB/T 228.1—2010［S］. ［17］ 承压设备焊接工艺评定：NB/T 47014—2011［S］.Welding procedure qualification of pressure equipment：NB/T 47014—2011［S］.

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更新日期/Last Update: 1900-01-01