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Fitting method for determining the ultimate bearing capacity of flexible batter piles in clay under lateral loads

机译:确定侧向荷载作用下粘土中柔性面糊桩极限承载力的拟合方法

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Generally, it is difficult to read tile ultimate bearing capacity of flexible barter piles under horizontal loads from load Q-deflection Y curves. Manoppo et. al has been done in case of single flexible barter piles m sand under horizontal loads for determining the ultimate bearing capacity by using the fitting method. In continuation of the previous investigation tile present paper is presented tile fitting method for the calculation of the ultimate bearing capacity of single batter pile driven into clay under lateral loads and its applicability is discussed experimentally. Model experiments were carried out using flexible piles of wide-ranging flexibilities The piles were pushed into clay at batter angle #beta# =0 deg, +-15 deg, +-30 deg and were subjected to incrementally increasing lateral loads The present theory of ultimate bearing capacity was found in reasonable agreement with the theory suggested by Meyerhof. G. G. and Ranjan. G.
机译:通常,很难从载荷Q挠度Y曲线中读取水平载荷下柔性易货桩的极限承载力。 Manoppo等。在水平荷载作用下的单个柔性易货桩m砂的情况下,已经通过使用拟合方法来确定极限承载力。在继续先前研究的基础上,本文提出了一种瓷砖拟合方法,用于计算侧向荷载作用下打入黏土的单个面糊桩的极限承载力,并通过实验探讨了其适用性。使用大范围柔性的柔性桩进行模型实验。将桩以面糊角度#beta#= 0度,+-15度,+-30度推入黏土,并承受递增的横向载荷。最终的承载力与Meyerhof提出的理论合理吻合。 G. G.和Ranjan。 G。

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