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A Study On Dam Instrumentation Retrofitting

机译:大坝仪表改造研究

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摘要

Continuous monitoring and inspection of large dams would provide means for proper rehabilitative actions to be taken on time which intend to maintain the desired safety throughout the physical life of dams. Comprehensive inspections can be carried out using a number of instruments. An ideal dam instrumentation system should provide time-dependent information about critical parameters so that possible future behaviour of the structure can be predicted. Numerous of the existing dams do not have adequate instruments or current instrumentation systems may not be in good condition. By implementing the modern equipment to existing dams, the uncertainty associated with the impacts of aging or unexpected severe external events will be reduced and possible remedial measures can be taken accordingly. This paper addresses the concept of instrument retrofitting to an unmonitored structure, Gokcekaya Dam, 159 m-high arch dam, Turkey, with reference to investigation of the current condition of the structure. The deficiencies observed are listed and the corresponding rehabilitative measures are suggested. Finally, different alternatives of a new instrumentation system are introduced and compared in monetary terms.
机译:连续监测和检查大型水坝将为及时采取适当的修复行动提供手段,以期在大坝的整个生命周期内保持理想的安全性。可以使用多种仪器进行全面检查。理想的大坝检测系统应提供有关关键参数的时间相关信息,以便可以预测结构的未来行为。现有的许多水坝都没有足够的仪器,或者当前的仪器系统可能状况不佳。通过在现有大坝上安装现代设备,可以减少与老化或意外的严重外部事件影响相关的不确定性,并可以采取相应的补救措施。本文参考了对该结构的当前状况进行的研究,介绍了对土耳其159 m高拱坝Gokcekaya大坝无监视结构进行仪器改造的概念。列出了观察到的缺陷,并提出了相应的修复措施。最后,介绍了一种新的仪器系统的不同选择,并以货币形式进行了比较。

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