首页|基于InSAR技术的江苏沿海地区水闸垂直变形风险预警研究

基于InSAR技术的江苏沿海地区水闸垂直变形风险预警研究

扫码查看
受复杂气象、水文、地质条件的影响,沿海地区水闸可能出现沉降变形过大的风险,影响其运行安全.为此,构建了基于PS-InSAR技术的水闸沉降变形三级预警体系,以江苏沿海地区水闸为对象,基于水准观测数据和129 期Sentinel-1 SAR影像,论证了其可行性.结果表明,PS-InSAR案例水闸沉降变形监测结果能有效覆盖同期水准观测值,加上三级沉降风险预警的设计,使得PS-InSAR处理技术应用于水闸沉降风险预警具有可行性和可操作性.随着InSAR技术的进一步发展,将持续推动InSAR工程变形预警技术的应用.
Research on early warning of sluice vertical displacement risk in Jiangsu coastal area based on InSAR technology
Under the influence of complex meteorological,hydrological and geological conditions,the settlement deformation of sluices in coastal area may be excessive,which will affect their operation safeties.Therefore,a three-level early warning system of sluice settlement deformation based on PS-InSAR technology was constructed in this paper.Based on the level observation data and 129 Sentinel-1 SAR images,the feasibility of the proposed early warning system was verified.Results show that the settlement deformation monitoring results by PS-InSAR can effectively cover the level observation values at the same time for case sluices,and the design of three-level settlement risk warning makes the application of PS-InSAR in the settlement risk warning of sluice feasible and operable.With the further development of InSAR technology,the application of engineering deformation early warning technology based on InSAR will be greatly promoted.

sluicedeformationearly warningPS-InSARsettlement

董阿忠、侯苗、袁聪、杨星、翁松干

展开 >

江苏省水利科学研究院,南京 210017

江苏省淮沭新河管理处,淮安 223005

水闸 变形 预警 PS-InSAR 沉降

江苏省水利科技项目江苏省科技厅自主立项科研项目

2019022BM2018028

2024

水道港口
交通部天津水运工程科学研究所

水道港口

CSTPCD
影响因子:0.348
ISSN:1005-8443
年,卷(期):2024.45(2)
  • 16