大型铸锻件2024,Issue(4) :22-27.

核能高安全可靠要求挑战下的无焊缝一体化成形技术发展

Development of Integrated Forming Technology under the Challenge of High Requirements for Safety and Reliability of Nuclear Energy Applications

温瑞洁 周岩 付海成
大型铸锻件2024,Issue(4) :22-27.

核能高安全可靠要求挑战下的无焊缝一体化成形技术发展

Development of Integrated Forming Technology under the Challenge of High Requirements for Safety and Reliability of Nuclear Energy Applications

温瑞洁 1周岩 1付海成1
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作者信息

  • 1. 天津重型装备工程研究有限公司,天津300451
  • 折叠

摘要

随着核能技术的不断进步,核能的多元化利用已成为全球能源结构调整的重要方向.然而,核电主设备的服役工况日益苛刻,核安全和长寿命的要求也日益严格,因此,核能主设备轻量化、紧凑型、一体化设计制造成为发展趋势,未来一体化锻造与近净成形技术将成为主流.为减少主设备的焊接结构,大型核电锻件形状设计得更为复杂,对锻造成形提出了前所未有的挑战.本文综述了常用大型一体化关键部件近净成形的方法,以及一体化成形未来的发展趋势.

Abstract

With the continuous advancement of nuclear energy technology,the diversified utilization of nuclear energy has become an important direction for the adjustment of the global energy structure. However,the operating conditions of nuclear power main equipment are becoming increasingly severe,and the requirements for nuclear safety and long-term service life are also becoming stricter. Therefore,the design and manufacturing of nuclear power main equipment towards lightweight,compact,and integrated development has become a trend,and the integration of forging and near-net-shape forming technology will become the mainstream in the future. To reduce the welding structure of the main equipment,the shape of large nuclear power forgings is more complex,posing unprecedented challenges to forging and forming. This paper provides a comprehensive review of the methods for near-net-shape forming of commonly used large integrated critical components,as well as the future development trends of integrated forming technology.

关键词

核能多元化/一体化成形/近净成形技术/发展趋势

Key words

diversified nuclear energy utilization/integrated forming/near-shape forming technology/development trends

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出版年

2024
大型铸锻件
中国重型机械大型铸锻件行业协会 中国第二重型机械集团公司大型特锻件研究所

大型铸锻件

影响因子:0.098
ISSN:1004-5635
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