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EXPERIMENTAL SYSTEM AND METHOD FOR WHOLE-PROCESS SIMULATION OF SEEPAGE FAILURE IN FILLING-TYPE KARST MEDIA

机译:充填型岩溶介质渗流破坏全过程模拟的实验系统及方法

摘要

A whole-process simulation experiment system has: a visualized model system with test samples and serving as a bearing device for the simulation of whole-process seepage of filling-type karst; a controllable support system supporting a visualized model box and controlling fluid seepage direction in the box by changing its inclination angle; a servo loading system controlling water pressure in the test process and providing four different loading modes for the box; a high-speed camera system recording water flow and particle motion in a transparent seepage model box in the seepage failure process; a comprehensive data measuring system monitoring and recording the change rules of factors including but not limited to seepage pressure, seepage amount and sand gushing amount in the seepage failure process; and an information analysis and feedback system recording and analyzing the seepage process and the whole seepage failure process in real time to achieve data processing and feedback.
机译:一种全过程模拟实验系统,具有可视化的模型系统,该系统具有试验样品,并作为模拟填充型岩溶全过程渗流的支撑装置。可控制的支撑系统,其支撑可视化的模型箱并通过改变其倾角来控制所述箱中的流体渗透方向;伺服加载系统,控制测试过程中的水压并为盒子提供四种不同的加载模式;高速摄像机系统,在渗流破坏过程中,在透明的渗流模型箱中记录水流和颗粒运动;全面的数据测量系统,监测并记录渗流破坏过程中渗流压力,渗流量和涌砂量等因素的变化规律;信息分析和反馈系统实时记录和分析渗流过程和整个渗流破坏过程,以实现数据处理和反馈。

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