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青州市张庄渡槽重建中墩加固拱圈位移监测

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为精准监测拱圈位移,确保文物渡槽拱圈施工加固安全,研究提出了一种渡槽拱圈位移测试新方法.工程应用表明,与现有技术相比,在局部重建加固施工过程中,可实现实时监控和记录位移,避免在拆除并重建中墩过程中因检测失误而造成拱圈沉降位移,消除了施工过程中的安全隐患,解决了施工过程中位移难以精准监测的技术难题,提升了施工效率和施工质量.
Displacement Monitoring of Reinforced Arch Ring in the Reconstruction of Zhangzhuang Aqueduct in Qingzhou City
To accurately monitor the displacement of arch rings and ensure the safety of reinforcement during the construction of cultural heritage aqueduct arch rings,a new method for measuring the displacement of aqueduct arch rings has been proposed.Engineering applications have shown that,compared with existing technologies,real-time monitoring and recording of displacement can be achieved during local reconstruction and reinforcement construction,avoiding arch settlement displacement caused by detection errors during the demolition and reconstruction of piers.It eliminates safety hazards during the construction process,solves the technical problem of difficult precise monitoring of displacement during the construction process,and improves construction efficiency and quality.

aqueductarch ringdisplacementmonitoring

焦政运、李涛、房显强

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青州水建工程建设有限公司,山东 青州 262500

渡槽 拱圈 位移 监测

山东省重点研发计划

2014GSF116021

2024

云南水力发电
云南水力发电工程学会

云南水力发电

影响因子:0.213
ISSN:1006-3951
年,卷(期):2024.40(3)
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