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Research on the properties of MAG welded joint of X65 pipeline steel

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【作者】 李建军杜乃成王义周文波周何

【Author】 Li Jianjun;Du Naicheng;Wang Yi;Zhou Wenbo;Zhou He;School of Materials Science and Engineering,Tianjin University;China Petroleum Pipeline College;China Petroleum Pipeline Welding Training Center;

【机构】 School of Materials Science and Engineering,Tianjin UniversityChina Petroleum Pipeline CollegeChina Petroleum Pipeline Welding Training Center

【摘要】 With the ivorldwide pipeline construction boom,the pipeline welding technology has rapidly developed.Considering the needs of some projects,many tests of mechanical properties of Z65 pipeline steel metal active-gas(MAG) welded joint have been carried out,and so do the analysis of metallographic structure characteristics and the impact fracture appearance of joint.The results show that,using MAG welding,the test data of mechanical properties of their girth welded joint are in conformity with the relevant technical standards(A-P/1104).MAG welding with CO2 protection has the characteristics of low hydrogen,energy-saving and environmental protection.Therefore,it should be noted to develop the welding materials and equipments vigorously for this welding method.

【Abstract】 With the ivorldwide pipeline construction boom,the pipeline welding technology has rapidly developed.Considering the needs of some projects,many tests of mechanical properties of Z65 pipeline steel metal active-gas(MAG) welded joint have been carried out,and so do the analysis of metallographic structure characteristics and the impact fracture appearance of joint.The results show that,using MAG welding,the test data of mechanical properties of their girth welded joint are in conformity with the relevant technical standards(A-P/1104).MAG welding with CO2 protection has the characteristics of low hydrogen,energy-saving and environmental protection.Therefore,it should be noted to develop the welding materials and equipments vigorously for this welding method.

  • 【文献出处】 China Welding ,中国焊接(英文版) , 编辑部邮箱 ,2013年03期
  • 【分类号】TG457.11
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