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Numerical modelling of a full scale reinforced embankment on deep mixing cement piles

机译:水泥搅拌桩全尺寸加筋路堤的数值模拟

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Finite element modeling using PLAXIS software of a full scale reinforced embankment on clay-cement deep mixing (DMM) piles foundation have been carried out based on the observation of its performance over more than one year. In order to investigate the appropriate consolidation and deformation parameters of the improved foundation, back analysis of the embankment has been done with particular attention given to the actual monitored vertical settlements, excess pore water pressures and horizontal displacements. Good agreement between the predicted and observed data has been obtained with the ratio of the permeability of clay-cement pile over that of surrounding untreated clay, k_(pile)/k_(soil) of 10 and the modulus of the clay-cement material of 50 MPa, which is about 135 times the undrained shear strength of the clay-cement piles.
机译:在超过一年的观测基础上,使用PLAXIS软件在粘土-水泥深层搅拌(DMM)桩基上进行了全尺寸加筋路堤的有限元建模。为了研究改良基础的适当固结和变形参数,对路堤进行了反分析,并特别注意了实际监测的垂直沉降,过大的孔隙水压力和水平位移。黏土水泥桩的渗透率与周围未处理黏土的渗透率之比(k_(桩)/ k_(土壤)为10,黏土水泥材料的模量为)与预测数据和观测数据之间具有良好的一致性。 50 MPa,大约是粘土水泥桩不排水剪切强度的135倍。

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