Based on this method, the behavior of a strip footing can be described correctly.
基于此方法，可以正确描述此类基础的性状。
The horizontal and vertical displacement of a strip footing affected by the presence of interface element.
竖状基础的水平位移和竖向位移，将受界面元的影响。
It is presented that how to calculate the strip footing with coefficient of ground and the specific examples are listed.
介绍了如何用地基系数法计算条形基础；列举了具体实例。
An estimate of bearing capacity coefficients for a strip footing near an excavation is made by using the kinematical approach of limit analysis in this paper.
附近挖掘的条形基础承载力系数的估计是由使用的运动学极限分析方法在本文中。
The results indicate that the upper-bound solution of strip footing due to combined loading is accurate to calculate the bearing capacity of foundation perfectly.
结果表明，推导的条形基础上限解能够很好地求解复合加载模式下地基的极限承载力。
Besides, the depth of topmost geogrid to the width of strip footing is also greatly correlative to the safety factor, and the best ratio changes with the layers of geogrids.
此外，顶层筋材埋深与条基荷载宽度比值大小与边坡的安全性密切相关，其最佳比值随加筋层数不同而改变。
Besides, the depth of topmost geogrid to the width of strip footing is also greatly correlative to the safety factor, and the best ratio changes with the layers of geogrids.
此外，顶层筋材埋深与条基荷载宽度比值大小与边坡的安全性密切相关，其最佳比值随加筋层数不同而改变。
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