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Short-circuit process model in underwater welding using rotating arc sensor

Short-circuit process model in underwater welding using rotating arc sensor
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摘要 In order to detecting and tracking along the weld seam with rotating arc sensor in underwater welding,the highpressure water environment rotating arc welding hardware platform is established and welding experiments using rotating arc sensor is done. Different radius of rotating arc sensor is used. And the corresponding welding current and voltage is obtained,which is compared with the results of rotating arc sensor short-circuit process simulation model under high-pressure water environment established in this article. The results show that under high-pressure water environment,rotating arc radius should be optimized,otherwise the short-circuit-arcing cycle will transit to a short-circuit-arcing-abruption cycle,making the welding quality poor. At last the critical radius between the short-circuit-arcing cycle and short-circuit-arcing-abruption cycle under high-pressure water environment is obtained. In order to detecting and tracking along the weld seam with rotating arc sensor in underwater welding,the highpressure water environment rotating arc welding hardware platform is established and welding experiments using rotating arc sensor is done. Different radius of rotating arc sensor is used. And the corresponding welding current and voltage is obtained,which is compared with the results of rotating arc sensor short-circuit process simulation model under high-pressure water environment established in this article. The results show that under high-pressure water environment,rotating arc radius should be optimized,otherwise the short-circuit-arcing cycle will transit to a short-circuit-arcing-abruption cycle,making the welding quality poor. At last the critical radius between the short-circuit-arcing cycle and short-circuit-arcing-abruption cycle under high-pressure water environment is obtained.
作者 李志刚 王业楷 叶建雄 Li Zhigang;Wang Yekai;Ye Jianxiong
出处 《China Welding》 EI CAS 2017年第3期12-20,共9页 中国焊接(英文版)
基金 supported by the National Natural Science Foundation of China(Grant No.51665016) founded by the China Scholarship Council(Grant No.201508360113)
关键词 UNDERWATER welding high pressure water environment ROTATING ARC sensor SHORT circuit process model optimization of ROTATING ARC RADIUS underwater welding high pressure water environment rotating arc sensor short-circuit process model optimization of rotating arc radius
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