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LATERAL FLOW OF AN INCLINED GROUND COMPOSED OF SAND AND SILT LAYERS, FOCUSING ON THE REDISTRIBUTION OF EXCESS PORE WATER PRESSURE

机译：由沙子和淤泥层组成的倾斜地的横向流动，重点介绍过量孔隙水压的再分配

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Satoshi TAMAIZUMI; Kyohei UEDA; Ryosuke UZUOKA;
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年度 2019
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1. Analytical methods in predicting excess pore water pressure in front of slurry shield in saturated sandy ground [J] . Xu Tao, Bezuijen Adam Tunnelling and underground space technology . 2018,第MARa期

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2. Postcyclic Reconsolidation Strains in Low-Plastic Fraser River Silt due to Dissipation of Excess Pore-Water Pressures [J] . Dharma Wijewickreme, Maria V. Sanin Journal of geotechnical and geoenvironmental engineering . 2010,第10期

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3. The influence of non-plastic fines on pore water pressure generation and undrained shear strength of sand-silt mixtures [J] . Porcino Daniela D., Diano Valentina Soil Dynamics and Earthquake Engineering . 2017,第Octa期

机译：非塑料细粉对砂-粉混合物孔隙水压力产生和不排水剪切强度的影响
4. POST-CYCLIC CONSOLIDATION RESPONSE OF A NATURAL LOW PLASTIC SILT DUE TO DISSIPATION OF CYCLIC EXCESS PORE WATER PRESSURES [C] . Xiao Ren, Guo-qing Chen, Wen-long Zhou, Innovation, practice, safety . 2008

机译：循环中超孔隙水压力耗散引起的天然低塑性淤泥循环后固结响应
5. Bench-scale and centrifuge testing of pore water pressure distributions across clayey-silt dam cores. [D] . Gibson McLaren, Sarah Jane. 1997

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6. High Flow-Rate Sample Loading in Large Volume Whole Water Organic Trace Analysis Using Positive Pressure and Finely Ground Sand as a SPE-Column In-Line Filter [O] . Ola Svahn, Erland Björklund 2019

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7. A CONSIDARATION ON THE GENERATING MECHANICS OF EXCESS PORE WATER PRESSURE IN THE SANDY GROUND INDUCED BY FREE SURFACE FLOW [O] . Tatsuya MATSUDA, Kenichi MAEDA, Norihiro IZUMI, 2016

机译：基于自由表面流动诱导的砂质孔隙水压力发电机的思考

LATERAL FLOW OF AN INCLINED GROUND COMPOSED OF SAND AND SILT LAYERS, FOCUSING ON THE REDISTRIBUTION OF EXCESS PORE WATER PRESSURE

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