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Electro-osmosis on clays in 1D-centrifuge test

机译:1D离心试验中粘土的电渗透

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In this paper, results of the last electro-osmosis tests performed in the LCPC centrifuge are presented. The main goal is to examine the possibility of accelerating the consolidation of several saturated clays (kaolinite Speswhite, illite and bentonite) by electroosmosis under macrogravity. The samples were laid out in 2 or 3 pairs of cylindrical polypropylene containers. A pair of containers includes one electro-osmosed and one neutral. Each sample was instrumented by a pore pressure transducer and an insulated settlement dial transducer. Pore pressures, settlements, vertical profiles of water content and CPT tests show that electroosmosis is very efficient to accelerate the consolidation of saturated clays. Inactive clays (low Cation Exchange Capacity) seem more electroosmosable than active ones.
机译:在本文中,提出了在LCPC离心机中进行的最后一种电渗测试验的结果。主要目标是通过在宏观的宏观度下,通过电渗流加速巩固几种饱和粘土(高岭土SpeSwhite,Imlite和Bentonite)的可能性。将样品布置在2或3对圆柱形聚丙烯容器中。一对容器包括一个电渗透和一个中性。每个样品通过孔隙压力传感器和绝缘沉降表盘换能器仪表。孔隙压力,沉降,水含量的垂直曲线和CPT测试表明,电渗非常有效,以加速饱和粘土的固结。非活性粘土(低阳离子交换容量)看起来比活跃的粘土更多。

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