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Monitoring System of Saturation Line Based on Mixed Programming

机译:基于混合编程的饱和线监测系统

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摘要

After the impoundment of the reservoir, in the role of the water head, there will be seepage in the dam, which will produce the seepage of the dam, the dam cross section and intersection called saturation line. Saturation line is the lifeline of the safety of tailings dam, saturation line height is directly related to the dam stability and safety properties, when the saturation line depth is 0m, this will produce piping, which is the direct cause of the dam break Introduction. In water conservancy and hydropower, it is mainly to monitor the location and change of the line of the dam by calculating the height of the saturation line, determining the influence of the stability of the dam, in order to determine whether the dam is stable, to ensure the safe operation of the dam. Capacity, flow rate, precipitation can be intuitive monitoring of hydrological parameters Compared with above parameters monitoring saturation line is hidden, the monitoring and analysis is real-time and intuitive, automation and intelligent, so the system chooses mixed programming of MATLAB and VC + + to achieve saturation line monitoring.
机译:在水库蓄水后,在水头的作用中,在大坝中会有渗漏,这将产生大坝的渗漏,坝横截面和交叉口称为饱和线。饱和线是尾矿大坝安全的生命线,饱和线高度与坝稳定性和安全性能直接相关,当饱和线深度为0m时,这将产生管道,这是坝断裂引入的直接原因。在水利和水电,主要是通过计算饱和线的高度来监测大坝线的位置和变化,确定大坝稳定性的影响,以确定大坝是否稳定,确保大坝的安全操作。容量,流量,降水可以直观地监测水文参数,与上述参数相比,监测饱和线被隐藏,监控和分析是实时和直观,自动化和智能化,因此系统选择Matlab和VC + +的混合编程实现饱和线监控。

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