海洋平台管道自动焊接工艺研究
Research on Automatic Welding Technology of Offshore Platform Pipeline
- 2022年52卷第5期 页码:123-130
DOI: 10.7512/j.issn.1001-2303.2022.05.18
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王永峰,陈彦宾,谭志成,等.海洋平台管道自动焊接工艺研究[J].电焊机,2022,52(5):123-130.
WANG Yongfeng, CHEN Yanbin, TAN Zhicheng, et al.Research on Automatic Welding Technology of Offshore Platform Pipeline[J].Electric Welding Machine, 2022, 52(5): 123-130.
针对海洋平台运维工程管线厚壁管道对接接头的机器人自动焊接生产线要求,分别采用K-TIG、高频TIG焊及直流TIG焊等打底焊工艺,以及混氩保护气体条件下的脉冲MAG填充盖面焊工艺,对生产线的焊接工艺进行了工艺适应性研究,并按照美标ASME BPVC相关要求对焊接试验中的焊件进行了焊缝力学性能和X射线探伤,制定出一套可用于实际焊接生产焊接生产工艺参数,为管线管道的自动化焊接生产奠定了工艺基础。
Aiming at the requirements of robotic automatic welding production line for thick wall pipe butt joint of offshore platform operation and maintenance engineering pipeline. The K-TIG, high-frequency TIG and DC TIG welding and other backing welding processes, as well as the pulse MAG filling cover welding process under the condition of mixed argon shielding gas, were used to study the process adaptability of the production line. According to the relevant requirements of American Standard ASME BPVC, the weld mechanical properties and X-ray flaw detection were carried out on the weldments in the welding test, and a set of welding production process parameters that can be used in the actual welding production were developed, which laid a process foundation for the automatic welding production of pipeline.
管道环缝机器人自动焊接工艺参数
pipelinecircumferential seamrobot automatic weldingprocess parameters
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