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EXPERIMENTAL INVESTIGATIONS INTO SUBBALLAST FILTRATION BEHAVIOUR UNDER CYCLIC CONDITIONS

机译:循环条件下氨纶过滤行为的实验研究

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In rail track environments the loading system is cyclic unlike the monotonic seepage force that usually occurs in embankment dams. The mechanisms of filtration, interface behaviour and time-dependent changes of the drainage and filtration properties occurring within the filter medium require further research to improve the design guidelines. A novel cyclic process simulation filtration apparatus was designed and commissioned at the University of Wollongong, and a standard testing procedure was established. The test apparatus was designed to simulate heavy haul train operations. Key parameters that influence the change in porosity and pore water pressure within the subballast layer under cyclic conditions in rail track environments were identified.
机译:在铁路轨道环境中,加载系统是周期性的,这与通常在堤坝中出现的单调渗透力不同。在过滤介质内发生的过滤机理,界面行为以及随时间变化的排水和过滤特性需要进一步研究以改进设计准则。卧龙岗大学设计并调试了一种新型的循环过程模拟过滤装置,并建立了标准测试程序。该测试设备被设计为模拟重型火车的运行。确定了在轨道环境中循环条件下影响子ball层内孔隙率和孔隙水压力变化的关键参数。

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