IMPROVEMENT OF PIPELINE SETTLEMENT USING MICROPILES

Nasser A. A. Radwan
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Abstract

Loose sand soil is one of the problematic soils and according to that, buried pipelines interact with the loose sandy soil. Also, pipelines are subjected to additional stresses transmitted by the settlement of the loose sand soil which increases stresses and displacements in the pipes and eventually leads to breakage. Therefore, using micro-piles to improve soil below the pipeline is important. Praxis 3D numerical analysis software was used to investigate numerically the improvement of soil behaviour below pipeline Micro-piles installed as a cross piles configuration below pipeline and as a confining setup. Parameters studied are piles spacing, piles diameter, length, and effect of soil wetting. The pipeline was subjected to surface loads from a fully loaded truck. It was found that using micro-piles decreases slightly the settlement of pipelines resting on loose sands
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微桩改善管道沉降
松散的砂质土是问题土之一,因此埋地管道与松散的砂质土相互作用。此外,管道还受到松散砂土沉降所传递的额外应力的影响,这增加了管道中的应力和位移,最终导致管道破裂。因此,利用微桩对管道下土体进行改良具有重要意义。采用Praxis三维数值分析软件,对微桩作为管道下交叉桩配置和围合设置对管道下土体特性的改善进行了数值研究。研究参数包括桩间距、桩径、桩长和土体润湿效应。管道承受着满载卡车的地面载荷。结果表明,采用微桩能较好地降低管道在松散砂土上的沉降
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