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Long-term settlement analysis of partially improved thick clay deposit

机译:部分改良的厚粘土沉积物的长期沉降分析

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Prefabricated vertical drains (PVDs) were partially or fully penetrated into thick clay deposits at a reclamation project in Busan City, Korea. Elasto-viscoplastic finite element analysis is conducted to predict the long-term behaviors using a macro-element technique. Settlements predicted using laboratory-based and back-analyzed soil parameters are in good agreement with monitored data. The relationships of time versus volumetric strain and excess pore pressure at each element are effective in investigating the overall behaviors; that is, the settlements in the improved zone degrade from steep to gentle slopes, whereas those in the unimproved zone change with a relatively gentle slope. The effect of partially penetrated PVD on u(e) dissipation appears to be in relatively good agreement with results obtained by Ong et al.'s (2012) method. (C) 2014 Elsevier Ltd. All rights reserved.
机译:在韩国釜山市的一项填海工程中,预制垂直排水沟(PVD)被部分或全部渗入了厚厚的粘土沉积物中。使用宏单元技术进行了弹黏塑性有限元分析,以预测长期行为。使用基于实验室和反向分析的土壤参数预测的沉降与监测数据非常吻合。时间与体积应变以及每个元素处的多余孔隙压力之间的关系可以有效地研究整体行为。也就是说,改善区的沉降从陡坡降为平缓坡度,而未改善区的沉降则以相对平缓的坡度变化。部分渗透的PVD对u(e)耗散的影响似乎与Ong等人(2012)方法获得的结果相对较好。 (C)2014 Elsevier Ltd.保留所有权利。

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