锅炉压力容器焊接质量控制措施探析

Analysis of Welding quality control measures for boiler pressure vessel

ES评分 7.2

DOI 10.12208/j.ijme.20230013
刊名
International Journal of Mechanical Engineering
年,卷(期) 2023, 2(1)
作者
作者单位

大庆油田石油专用设备有限公司技术质量与市场部 黑龙江大庆 ;

摘要
作为承压类特种设备,锅炉压力容器一旦产生质量问题很可能会造成严重安全事故,给国家级人民生命财产带来巨大威胁,在锅炉压力容器的安全运行及使用寿命提升方面焊接发挥着非常重要的作用,而且从某种程度上来讲锅炉压力容器质量本质上指的就是焊接质量,在锅炉压力容器的焊接施工过程中焊接材料、焊工管理、焊接检验、焊接工艺和焊接设备等属于几个主要影响因素。因此,在锅炉压力容器的焊接施工过程中需要针对上述几种可能影响焊接质量的因素进行有效控制,这样才能有效提升压力容器的整体焊接质量,才能够保障压力容器产品达到国家相关标准要求。本文主要对锅炉压力容器焊接质量的相关控制措施进行探讨。
Abstract
As special pressure equipment, boiler and pressure vessels once quality problems are likely to cause serious safety accidents, to the national peoples lives and property brings a great threat, welding plays a very important role in the safe operation and service life of boiler and pressure vessels, and to some extent, boiler and pressure vessel quality essentially refers to the quality of welding, Welding materials, welder management, welding inspection, welding process and welding equipment are the main influencing factors in the welding construction process of passing pressure vessel. Therefore, in the welding construction process of boiler and pressure vessel, it is necessary to effectively control the above factors that may affect the welding quality, so as to effectively improve the overall welding quality of pressure vessel and ensure that pressure vessel products meet the relevant national standards. This paper mainly discusses the welding quality control measures of boiler pressure vessel.
关键词
锅炉压力容器;焊接质量;影响因素;控制对策
KeyWord
boiler pressure vessel; Welding quality; Influencing factors; Control game
基金项目
页码 49-51
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牛大卫*. 锅炉压力容器焊接质量控制措施探析 [J]. 国际机械工程. 2023; 2; (1). 49 - 51.

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钱**宁波市特****** 已认证✔

2025-12-24 09:50:24

整体按照“问题阐述→工艺分析→控制对策”的顺序展开,体现了从现象到原因再到措施的完整思考路径,章节安排较为合理。文章完整地识别并分析了影响锅炉压力容器焊接质量的五大关键因素——焊接材料、焊工管理、焊接检验、焊接工艺和焊接设备,并将控制措施贯穿焊接前、焊接中和焊后的全过程,对问题思考较为系统。文章内容偏重传统的质量控制措施总结,对当前智能化检测技术(如数字化焊缝追踪、AI辅助缺陷识别)、新型焊接工艺或材料的研究前沿涉及较少,理论深度和前沿性有待提高。作为一篇发表于国际期刊的应用型论文,其主要价值在于实践总结,若能在‌数据支撑、前沿技术结合及机理探讨‌上进一步深化,将更具理论价值和行业引领性。

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