基于CiteSpace的深基坑支护设计可视化分析及前沿趋势解读OA
Visualization analysis and frontier trend interpretation of deep foundation pit support design based on CiteSpace
随着城市化进程加快和地下空间开发的深入,深基坑支护设计在工程建设中的重要性日益凸显,同时也面临新的技术挑战和环境复杂性.为探究该领域的研究热点与发展趋势,本文基于科学计量学方法,利用CiteSpace 工具对中国知网(CNKI)1995~2024 年间"深基坑支护设计"相关文献进行系统性梳理与分析,通过对发文数量、研究机构和关键词的可视化解读,揭示了该领域的研究特点、热点及趋势.研究特点表现为:重心从理论探索向工程实践转型,以岩土勘察为基础,以优化设计与安全监测为核心;研究热点聚焦于支护设计优化、复杂环境下的支护技术、安全监测,以及在软土地区、地铁工程等典型场景中的应用;前沿趋势则包括智能化监测系统、复杂地质条件下的支护创新方法、绿色化发展及精细化控制.研究表明,未来应重点关注智能化、环境友好型技术及极端地质条件下的工程解决方案.
With the acceleration of urbanization and the deepening of underground space development,the importance of deep foundation pit support design in engineering construction is increasingly prominent,while also facing new technological challenges and environmental complexity.To explore the research hotspots and development trends in this field,this paper uses scientometric methods and CiteSpace tool to systematically review and analyze the relevant literature on"deep foundation pit support design薰 indexed in China National Knowledge Infrastructure(CNKI)from 1995 to 2024.Through visual interpretation of the number of publications,research institutions,and keywords,the research characteristics,hotspots and trends in this field are revealed.The research characteristics are manifested as a shift in focus from theoretical exploration to engineering practice application,based on geotechnical investigation,with optimization design and safety monitoring as the core;Research hotspots focus on support design optimization,support technology in complex environments,safety monitoring and its application in typical scenarios such as soft soil areas and subway engineering;the frontier trends include intelligent monitoring systems,innovative support methods under complex geological conditions,green development and refined control.Research shows that future efforts should be placed on intelligent,environmentally friendly technologies and engineering solutions for extreme geological conditions.
王可新;关博文;邢伟亮
北京市地质工程有限责任公司,北京 100143北京市地质工程有限责任公司,北京 100143北京市地质工程有限责任公司,北京 100143
建筑与水利
深基坑支护设计科学计量学CiteSpace研究热点发展趋势
deep foundation pit support designscientometricsCiteSpaceresearch hotspotdevelopment trend
《地质装备》 2026 (2)
64-71,8
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