摘要
X65钢管工程应用极为广泛,管道焊接技术不断发展、更新,但是气体保护焊及手工焊仍然有不可替代的地位。本文通过大壁厚X65钢管的手工焊和气体保护焊两种工艺评定,设置合理的试验参数,分析二种焊接方法的理化试验性能差别,并根据管道流体介质,增加了抗硫化物应力腐蚀开裂性能试验(SSC)。针对该管道应用于海洋工程对施工环境要求相对苛刻,提出了相应的焊接过程质量控制方案,相关内容对工程制造具有很好的参考价值。
X65 steel pipe is widely used in engineering,pipeline welding technology is developing and updating,but gas shielded welding(FCAW-G)and manual welding(SMAW)still have irreplaceable position.In this paper,through two kinds of process qualification of X65 steel pipe with large wall thickness,the reasonable test parameters are set and the difference of physical and chemical test performance between the two welding methods is analyzed.And according to the fluid medium of the pipeline,the sulfide stress corrosion cracking resistance test(SSC)is added.In view of the relatively harsh construction environment requirements of the pipeline used in offshore engineering,the corresponding welding process quality control scheme is proposed,which has a good reference value for engineering manufacturing.
作者
孙强
段英新
苏衍福
黄江中
赵翠华
武丙东
SUN Qiang;DUAN Yingxin;SU Yanfu;HUANG Jiangzhong;ZHAO Cuihua;WU Bindong(Offshore Oil Engineering Co.,Ltd.,Tianjing 300452,China)
出处
《电焊机》
2021年第3期100-102,I0008,共4页
Electric Welding Machine
