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IN-SITU BEHAVIOR OF SUPER-HIGH WATER CONTENT CLAY IMPROVED BY PLASTIC BOARD DRAIN

机译：超高水含量粘土的原位行为通过塑料板排水改善

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Takao YAMAMOTO; Satoru SHIBUYA; Akihiko OHSHIMA; Tsuneharu ORIHASHI; Mitsuhiro NAMBU; Satoshi NONAMI;
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年度 2012
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机译：塑料板排水管改善水泥地面水平固结系数的确定
2. Super-high compressive plastic deformation behaviors of Zr-based metallic glass at room temperature [J] . F.F. Wu, W. Zheng, J.W. Deng, Materials Science and Engineering . 2012,第Apra15期

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3. Effects of water content on fracture and mechanical behavior of sandstone with a low clay mineral content [J] . Zhou Zilong, Cai Xin, Ma Dan, Engineering Fracture Mechanics . 2018,第期

机译：含水量对砂岩骨折和低粘土矿物质含量的影响
4. Model Tests on Consolidation Behavior of Soft Clay Ground Improved by Plastic Board Drain [C] . Seung Kyong You, Kazuhiro Oda, Tamotsu Matsui International Offshore and Polar Engineering Conference . 2001

机译：通过塑料板排水改善软粘土地的合并行为模型试验
5. Changes in the mechanical behavior of non-plastic silt due to drained aging. [D] . Zarling, John C. 2002

机译：由于排水老化，非塑料淤泥的机械性能发生变化。
6. Seeking Safe Storage: A Comparison of Drinking Water Quality in Clay and Plastic Vessels [O] . Paul Ogutu, Valerie Garrett, Peter Barasa, 2001

机译：寻求安全储存：粘土和塑料容器中饮用水水质的比较
7. Coefficient of secondary consolidation of peatsand its application to ground improved by plastic-board drain method [O] . Nobutaka YAMAZOE, Hiroyuki TANAKA, Satoshi NISHIMURA, 2017

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IN-SITU BEHAVIOR OF SUPER-HIGH WATER CONTENT CLAY IMPROVED BY PLASTIC BOARD DRAIN

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