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Influence of Water Boundary Conditions on Pore Pressure and Improvement Effect in Electroosmosis

Influence of Water Boundary Conditions on Pore Pressure and Improvement Effect in Electroosmosis
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摘要 The influence of water boundary conditions on pore pressure was studied by one-dimensional electroosmotic consolidation test, and the effects of electroosmosis, pore water pressure,settlement and electroosmotic flow were monitored and analyzed.The results show that the boundary conditions of electroosmotic water have a significant effect on the pore water pressure and improving effect. Negative pore water pressure without auxiliary water is far greater than the replenishment. The measured data show that improvements in experiments without replenishment are also better. The calculation of Esrig solution of the pore water pressure is consistent with the measurement data in the watersupplementing test and is very different from the measurement data in the test without rehydration. Considering the impact of water boundary conditions is the key to electroosmosis experiments and applications. The influence of water boundary conditions on pore pressure was studied by one-dimensional electroosmotic consolidation test, and the effects of electroosmosis, pore water pressure,settlement and electroosmotic flow were monitored and analyzed.The results show that the boundary conditions of electroosmotic water have a significant effect on the pore water pressure and improving effect. Negative pore water pressure without auxiliary water is far greater than the replenishment. The measured data show that improvements in experiments without replenishment are also better. The calculation of Esrig solution of the pore water pressure is consistent with the measurement data in the watersupplementing test and is very different from the measurement data in the test without rehydration. Considering the impact of water boundary conditions is the key to electroosmosis experiments and applications.
作者 PENG Jie HUANG Mufan HU Jianbin SUN Yicheng 彭劼;黄慕凡;胡建斌;孙益成(Key Laboratory of Ministry of Education for Geomechanics and Embankment Engineering,Hohai University;Jiangsu Research Center for Geotechnical Engineering Technology,Hohai University)
出处 《Journal of Donghua University(English Edition)》 EI CAS 2018年第4期290-296,共7页 东华大学学报(英文版)
基金 National Natural Science Foundation of China(No.51578214) Chinese Ministry of Education,China(No.GH201304)
关键词 CONSOLIDATION electroosmosis PORE water PRESSURE waterboundary CONDITIONS consolidation electroosmosis pore water pressure waterboundary conditions
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