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Numerical study of basal reinforced embankments supported onn floating/end bearing piles considering pile-soil interaction

机译:考虑桩-土相互作用的基础加固路基在浮/端承桩上的数值研究

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摘要

Construction sites consisting of soft soils may require ground improvement to prevent excessive settlements or bearing capacity type failures and shear movements, which results in construction delays and premature failures. Among the various ground improvement techniques, the Geosynthetic Reinforced Piled Embankment Systems (GRPES) provide a practical and efficient solution due to the low cost and short construction times. Most of the piled embankments are constructed on end bearing piles. At la
机译:由软土组成的施工现场可能需要进行地面改良,以防止过度沉降或承载力类型的破坏和剪切运动,从而导致施工延误和过早破坏。在各种地面改良技术中,土工合成材料加筋桩路堤系统(GRPES)由于成本低,施工时间短而提供了一种实用而有效的解决方案。大多数堆积的路堤都建在端承桩上。在拉

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