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首页> 外文期刊>Canadian Geotechnical Journal >Offshore anchor piles under mooring forces: Numerical modeling
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Offshore anchor piles under mooring forces: Numerical modeling

机译:系泊力作用下的海上锚桩:数值模拟

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摘要

A parametric study was carried out to study the behavior of offshore anchor piles under mooring forces in dense sand using a three dimensional (3-D) finite element model (FEM). The Mohr-Coulomb plastic model has been used to model the soil, and has been calibrated based on the centrifuge tests discussed in a Ph.D. thesis (published by Ramadan in 2011). The selection of model parameters and comparison of calibrated results with the centrifuge test results are discussed. In the parametric study, different pile lengths and diameters were considered to have different pile-soil rigidities. The pile was loaded at different load inclination angles to examine a wide range of loading conditions. From the current parametric study, design methods and design recommendations are given to help in improving the design of offshore anchor piles under monotonic mooring forces.
机译:使用三维(3-D)有限元模型(FEM)进行了参数研究,以研究在密集砂中系泊力作用下的海上锚桩的性能。 Mohr-Coulomb塑性模型已用于对土壤进行建模,并已根据博士学位论文中讨论的离心测试进行了校准。论文(斋月在2011年出版)。讨论了模型参数的选择以及校准结果与离心测试结果的比较。在参数研究中,不同的桩长和直径被认为具有不同的桩土刚度。以不同的负载倾斜角度加载桩,以检查各种加载条件。从当前的参数研究中,给出了设计方法和设计建议,以帮助改进单调系泊力下的海上锚桩设计。

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