ISSN 3081-1392(Print)
ISSN 3081-1406(Online)
版权信息 · Copyright

     加入编委 / 副主编 / 同行评议专家

ISSN 3081-1392(Print)
ISSN 3081-1406(Online)

CODEN:SSGKCE
国际标准连续出版物标识符·全球唯一标识符
分配机构:美国化学文摘社(CAS)
DOI前缀:
https://doi.org/10.66106/ssgkce
国图集团 CIBTC
进口备案刊号:G015Z108 

索引 检索 存档(Global Indexing)
本刊入选以下全球权威数据库,致力于研究成果的全球化无障碍传播。
DOI
ICI 哥白尼索引(波兰)
EuroPub 欧洲学术出版中心数据库(英国)
Academia 学术界(美国)
CJWK 长江文库(中国)
OALib 开放存取资源图书馆(美国)
Baidu Scholar 百度学术(中国)
Baidu Baike 百度百科(中国)
Google Scholar 谷歌学术(美国)
Microsoft Bing 微软学术(美国)
SPI-Hub™ 范德比尔特大学(美国)
ESJI 欧亚科学期刊索引(哈萨克斯坦)
ASCI 亚洲科学引文索引(美国)
ResearchBib 研究者索引(日本)
KIND CONGRESS(阿塞拜疆)
Sci Online 科学在线(中国澳门)
Yahoo! Search(美国)
SJIF 科学期刊索引(印度)
RJIF 研究期刊影响因子
SCRIBD 在线图书馆(美国)
CiteFactor 指标与信任索引(印度)
LivRe 巴西国家核能委员会CIN(巴西)
RCCSE 中国学术期刊收录(武汉大学)
Semantic Scholar 语义学者(美国)
OAJ 全球OA期刊索引(中国)
Portico 数字保存库(美国)
Scite(美国)
EBSCO(美国)
MDPI scilit(瑞士)
Crossref 交叉引用(美国)
ProQuest 科睿唯安(美国)
ResearchGate 研究之门(德国)
COAJ 开放获取期刊数据(中国)
DOAJ 开放获取期刊目录(瑞典)
J-Gate 开放获取期刊门户(印度)
WorldCat 全球联机编目数据库(美国)
J-STAGE 学术信息电子期刊库(日本)
arXiv 学术论文预印本平台(美国)
PubMed 医学检索库(美国)
PubMed Central 医学全文库(美国)
The Lens 透镜学术(澳大利亚)
Scopus 爱思唯尔·斯高帕斯(荷兰)
ChatGPT OpenAI在线服务(美国)
EZB 电子期刊图书馆(德国)

Editing and Publishing
Quest Press Limited
Address
Unit D, 7th Floor, No. 19, Rua de Pa̍k-chiông Vai, Macau
Telephone
+853 6881 9699
Email
QuestPress@hotmail.com
Web site
https://slsd.scionline2025.com

  往期阅览 · All Issues-> 2025年 · 2025  
水利水电工程科技2025年第1卷第3期第20-24页,pISSN 3081-1392、eISSN 3081-1406 发布者:Quest Press 发布日期:2026/5/15
Open Access 下载0 浏览55

 

水库闸门设备的日常管护与现代化维护策略研究


杨景瑞

开鲁县他拉干水库管护中心,内蒙古通辽,028400

摘要:闸门设备作为水库工程的核心组成部分,其安全、稳定运行直接关系到工程效益的发挥和下游人民生命财产的安全,是水库实现防洪、抗旱、供水、发电等综合功能的关键载体。本文系统阐述了水库闸门设备日常管护的重要性,从工程安全保障、设备寿命延长、运行可靠性提升、运维成本控制四个维度展开详细论述,深入分析了当前管护工作中存在的常见问题,如管理意识薄弱、制度不健全、专业人才匮乏等。在此基础上,重点构建了一套涵盖日常检查、定期维护、针对性维修的精细化管护体系,并提出了引入状态监测与预测性维护等现代化技术的创新维护策略。最后,从制度建设、人才培养、技术升级等维度提出了保障措施,旨在为提升水库闸门设备的管护水平、保障水利工程长效运行提供理论参考和实践指导,助力我国水利工程管理现代化建设。

关健词:水库闸门;日常管护;维护策略;预测性维护;安全管理
Research on Daily Management and Maintenance of Reservoir Gate Equipment and Modern Maintenance Strategies

Jingrui Yang

Kailu County Talaha Reservoir Management and Protection Center, Tongliao Inner Mongolia 028400, China

Abstract: As a core component of reservoir engineering, the safe and stable operation of gate equipment is directly related to the engineering efficiency and the safety of life and property of downstream populations. It serves as a key carrier for reservoirs to achieve comprehensive functions such as flood control, drought resistance, water supply, and power generation. This paper systematically elaborates on the importance of daily management and maintenance of reservoir gate equipment, providing a detailed discussion from four dimensions: engineering safety assurance, equipment service life extension, operational reliability enhancement, and operation and maintenance cost control. It further analyzes common problems existing in current management and maintenance practices, such as weak management awareness, inadequate institutional frameworks, and a shortage of professional personnel. On this basis, the paper focuses on constructing a refined management and maintenance system covering daily inspections, periodic maintenance, and targeted repairs. It also proposes innovative maintenance strategies incorporating modern technologies such as condition monitoring and predictive maintenance. Finally, safeguard measures are proposed from the perspectives of institutional development, personnel training, and technological upgrading, aiming to provide theoretical references and practical guidance for improving the management and maintenance level of reservoir gate equipment, ensuring the long-term effective operation of hydraulic engineering, and contributing to the modernization of China’s hydraulic engineering management.


Keywords : Reservoir gate,Daily management and maintenance,Maintenance strategy,Predictive maintenance,Safety management


参考文献
[1] 中华人民共和国水利部.水闸技术管理规程(SL75-2014)[S].北京:中国水利水电出版社,2014.
[2] 张社荣,顾冲时,等.水工金属结构健康诊断与预警理论及其应用[M].北京:科学出版社,2018.
[3] 王仁钟,李雷.水闸安全评价与预警系统研究进展[J].水利水运工程学报,2020(4):1-10.
[4] 郭惠民.大型水利枢纽闸门设备状态监测与故障诊断系统设计[J].人民长江,2019,50(S2):250-253.
[5] Mobley, R. K
论文收录证明 / 文献检索报告
Document Retrieval Certificate / Proof of Publication Indexing
作者贡献声明 / 贡献确认书
Author Contribution Statement / Certificate of Authorship Contribution
同行评审报告 / 评审意见
Peer Review Report / Peer Review Comments
利益冲突
Conflict of Interest
作者声明不存在任何利益冲突。
The author declares no conflict of interest.
版权声明
Copyright Statement
本文采用知识共享“署名 4.0 国际”许可 (CC BY 4.0) 进行许可。许可协议详情请访问: https://creativecommons.org/licenses/by/4.0/
This article is licensed under a Creative Commons Attribution 4.0 International License (CC BY 4.0). For details of the license, please visit:https://creativecommons.org/licenses/by/4.0/.

 
Peer Review
同行评审
Editorial Services
编辑服务
Research Ethics Policy
研究伦理政策
Contributorship & Authorship
贡献者与署名
Quest Press / Macau Sino-Foreign Medical Publishing Ltd.
关于 Quest Press / Macau Sino-Foreign Medical Publishing Ltd.
Global Indexing
全球索引
Copyright Licensing
版权许可
Data Sharing Policy
数据共享政策
Appeal/Correction/Retraction
申诉/更正/撤回
Online Submission
线上投稿
To the Librarian
致图书馆员
Open Access Statement
开放获取声明
Misconduct Handling Policy
处理不端行为政策
Content Licensing
内容许可
Guidelines for Reviewers
审稿人指南
Quality Control Mechanism
质量把控机制
Academic Misconduct Screening Policy
学术不端筛查政策
Advertising Policy
广告政策
Article Processing Charge (APC)
文章处理费
Publication Ethics Policy
出版伦理政策
Joining the Editorial Board, Associate Editors, Peer Reviewers, and Editor-in-Chief
加入编委、副主编、同行评审专家及主编
Quest Press
Bridging Research to a Global Stage.
academia
© 2025-2026 Quest Press Ltd.
Address: Unit D, 7th Floor, No. 19, Rua de Pa̍k-chiông Vai, Macau
Tel: +853 6881 9699 / Email: QuestPress@hotmail.com
The QUEST PRESS publishes articles under the following open access license.
Quest Press
is a member of the following organizations.