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Behaviour of Disconnected and Connected Piled-Raft Foundations Subjected to Vertical and Lateral Loads Simultaneously

机译:竖向和横向荷载同时作用下分离和连接的桩筏基础的行为

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In this paper, disconnected and connected piled-raft foundations consisting of single pile and 3x3 pile group subjected to both vertical and lateral loads have been analyzed by PLAXIS 3D. The sub-soil profile and pile dimensions are taken from the reported experimental results obtained by another researcher. The validation of the numerical model has been done with the reported experimental results. It has been observed that the vertical settlements of raft and pile head are about 20.33% to 35.20% more than the lateral settlements for both disconnected and connected piled-raft foundations. The disconnected piled-raft foundations of single pile and 3X3 pile group can take lateral loads up to 0.64% and 5.37% of the vertical load respectively. Similarly, the connected piled-raft foundations of single pile and 3*3 pile group can take lateral loads up to 1.14% and 9.71% of the vertical load respectively.
机译:本文通过PLAXIS 3D分析了由单桩和3x3桩组组成的不连续和相互连接的桩筏基础,这些桩和筏基分别承受竖向和侧向荷载。地下土壤剖面和桩的尺寸取自另一位研究人员报告的实验结果。数值模型的验证已通过报告的实验结果完成。已经观察到,筏和桩头的垂直沉降比不连接和连接的桩筏基础的侧向沉降要高约20.33%至35.20%。单桩和3X3桩组的不连续桩筏基础可以承受的侧向荷载分别为垂直荷载的0.64%和5.37%。同样,单桩和3 * 3桩组的相连桩筏基础可分别承受侧向荷载,分别为垂直荷载的1.14%和9.71%。

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