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首页> 外文期刊>International Journal of Engineering Trends and Technology >Comparative Study and Analysis of the Lateral and Vertical Loads Of Pile Foundation
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Comparative Study and Analysis of the Lateral and Vertical Loads Of Pile Foundation

机译:桩基横向和竖向荷载的比较研究与分析

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Pile foundations are common foundations for bridge abutment, piers and buildings resting on soft soil strata. Piles are structural members that are made of steel, concrete, or timber. They are used to build pile foundations. Despite the cost, the use of piles often is necessary to ensure structural safety. piles are used in construction work, depending on the type of load to be carried, the subsoil conditions, and the location of the water table The objective of the current study is to carry out parametric analysis of a group of piles by analyzing using finite element method & comparing the results obtained using empirical equations(Brom s method and Vesics method) . The piles are modelled as linear elements. The effect of soil structure interaction is taken into account by assuming it as vertical and horizontal soil spring (winkler soil spring) . Lateral subgrade modulus and vertical subgrade modulus of soil (KH and kv) is calculated as per is code 2911. The pile group is subjected to both vertical and horizontal forces.
机译:桩基是桥梁基台,墩台和软土地基上的建筑物的常用基础。桩是由钢,混凝土或木材制成的结构构件。它们用于建造桩基。尽管成本高昂,但通常仍需要使用桩来确保结构安全。根据承载的类型,地基条件和地下水位的不同,桩在建筑工作中的使用本研究的目的是通过有限元分析对一组桩进行参数分析方法并比较使用经验方程式(Brom s方法和Vesics方法)获得的结果。桩被建模为线性元素。通过将其视为垂直和水平土壤弹簧(winkler土壤弹簧)来考虑土壤结构相互作用的影响。根据代码2911计算土壤的横向路基模量和垂直路基模量(KH和kv)。桩组同时承受垂直和水平力。

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