核电站VVER堆型复合钢主管道窄间隙钨极氩弧(N-TIG)自动焊技术应用可行性研究

郑倩倩; 郑日水; 罗超; 江超; 姚军; 童晓红; 孙彬彬

中国核电焊接技术 | 浏览量 : 0 下载量: 937 CSCD: 4

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核电站VVER堆型复合钢主管道窄间隙钨极氩弧(N-TIG)自动焊技术应用可行性研究
Feasibility study on application of narrow gap argon arc （N-TIG） welding technology in nuclear power plant VVER composite steel main pipeline
2019年49卷第4期页码：59-66
纸质出版：2019
DOI：
稿件说明：

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郑倩倩, 郑日水, 罗超, 等. 核电站VVER堆型复合钢主管道窄间隙钨极氩弧(N-TIG)自动焊技术应用可行性研究[J]. 电焊机, 2019,49(4):59-66. DOI：

ZHENG Qianqian, ZHENG Rishui, LUO Chao, et al. Feasibility study on application of narrow gap argon arc （N-TIG） welding technology in nuclear power plant VVER composite steel main pipeline[J]. Eletric Welding Machine2019, 49(4): 59-66. DOI：

摘要

依据国内M310、CPR1000、AP1000等堆型核电站主回路管道的焊接已陆续实现自动焊技术

在提升施工效率及质量方面效果显著

结合俄罗斯VVER堆型主管道复合钢材料的特点

论述国内核岛主管道自动焊接现状

对研发中国特色的主管道复合钢自动焊施工工艺、利用国外资源

推动国际化合作的可行性研究具有重大意义。

Abstract

According to the welding of the main circuit pipelines of nuclear power plants such as M310

CPR1000 and AP1000 in China

automatic welding technology has been successively implemented

which has significant effects in improving construction efficiency and quality. Combined with the characteristics of Russian VVER stacked main pipeline composite steel material

the present situation of automatic welding of main pipeline of nuclear island in China is fully discussed. It is of great significance to develop the construction technology of composite steel automatic welding for main pipeline with Chinese characteristics

utilize foreign resources and promote the feasibility study of international cooperation.