华南地质2025，Vol.41Issue(2)：249-262,14.DOI:10.3969/j.issn.2097-0013.2025.02.001
三峡库区数字孪生滑坡监测预警系统开发
Development of Digital Twin Landslide Monitoring and Early Warning System in the Three Gorges Reservoir Area:A Case Study of the Daping Landslide
摘要
Abstract
As a cutting-edge digital technology,digital twin technology builds digital models corresponding to physical entities,enabling real-time monitoring,analysis,and prediction of these entities.It has been widely applied in various fields,including safety,emergency response,water conservancy,and disaster prevention and mitigation.The frequent occurrence of geological disasters in the Three Gorges Reservoir area provides an ideal experimental object for the application of digital twin technology in monitoring and early warning of geological disasters.Taking the Daping landslide in Lüzhufa village,Dongrangkou town,Badong county,Hubei province as the demonstration site,this paper establishes a digital twin landslide monitoring and early warning system by improving the Internet of Things(IoT)sensing network and constructing the integrated 3D geological model that merges both above-ground and underground features.The use of IoT technology,3D modeling technology,and physical simulation engines enables comprehensive monitoring,modeling,and simulation of the landslide area,providing scientific support for the prediction and prevention of landslide disasters.The outcome of this paper shows that digital twin technology can provide precise and visual technical support for landslide disaster monitoring and early warning in the Three Gorges region,greatly improving the level of landslide disaster monitoring and early warning in the area.关键词
数字孪生/滑坡监测预警/物联网/三维建模/物理引擎/大坪滑坡/三峡库区Key words
digital twin/landslide monitoring and early warning/Internet of Things/3D modeling/physical engine/Daping landslide/the Three Gorges Reservoir area分类
天文与地球科学引用本文复制引用
吴润泽,朱敏毅,高锡林,王红群,涂秋月,于亚冉,周晓星,陈雄鹰..三峡库区数字孪生滑坡监测预警系统开发[J].华南地质,2025,41(2):249-262,14.基金项目
水利部三峡后续工作专项资金(No.0001212012AC50001) （No.0001212012AC50001）
