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Analysis of Settlement of Composite Foundation With Sparse Pile to Control Settlement

机译:稀疏桩复合地基沉降分析控制沉降

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The embankment soil arching effect of the composite foundation with sparse piles to control settlement is caused by the differential settlement between the embankment fill and the piles. So, the settlement is an important behaviour of the composite foundation. The effects of the height of embankment, the elastic modulus of geosynthetic and pile material, the stiffness of cushion and substratum, the pile cap and the distance of piles on the settlement are investigated using the computer code ABAQUS in this paper. The results indicate that the maximum settlement and differential settlement decrease with the elastic modulus of geosynthetic, the stiffness of cushion and substratum. The maximum settlement decreases and the differential settlement increases with the elastic modulus of pile material. At the same time, the differential settlement of the embankment surface decreases with the height of fill and there will be an equal settlement plane when the fill reaches certain height. In addition, the distance of piles has a more significant influence on settlement than the dimension of pile cap.
机译:复合地基与稀疏桩对控制沉降的堤防土壤拱形效果是由堤防填充和桩之间的差动沉降引起的。因此,结算是复合基础的重要行为。用计算机代码ABAQUS在本文中研究了堤防和桩材料高度,土工合成和绒毛材料的弹性模量,垫子和桩,桩帽和桩桩距离。结果表明,最大沉降和差动沉降随着土工合成,垫子刚度和底层的弹性模量而降低。最大沉降降低,差动沉降随着桩材料的弹性模量而增加。同时,堤坝表面的差动沉降随着填充的高度而减小,并且当填充达到一定高度时,将存在相等的沉降平面。此外,桩的距离对沉降影响更大的影响而不是桩帽的尺寸。

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