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Seepage analysis and construction practice of anchorage circular foundation excavation in long-span suspension bridge

机译:长跨度悬架桥锚固圆形基础挖掘渗流分析及施工实践

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On the basis of preliminary exploration, complement exploration is executed to obtain excavation seepage analysis detail parameters. According to the three-dimension finite difference method and regulating calculation method, the excavation seepage analysis of anchorage circular foundation at Huangpu bridge south and the influence of different depth rock-socketed on foundation seepage are discussed. With the experience in similar projects at home and abroad, the depth of diaphragm wall embedded in weak weathered rock is not less than 3 meters, grouting curtain wall consists of 10 meters, and the waterproof curtain outside the foundation is canceled from preliminary design. The stress, strain and water level are monitored during the excavation process, and the deformation of the supporting structure is within the control. The structure is under reasonable force and the sealing effect is obvious when the foundation is excavated. Construction practice shows that the excavation seepage analysis of anchorage circular foundation at Huangpu bridge south are consistent with engineering practice.
机译:在初步勘探的基础上,执行补充探索以获得挖掘渗流分析细节参数。根据三维有限差分法和调节计算方法,探讨了黄埔桥南路锚圆形基础的挖掘渗流分析及对地基渗流的不同深度岩石升降的影响。随着国内外类似项目的经验,嵌入弱风化岩石的隔膜墙的深度不小于3米,灌浆幕墙由10米组成,外面的防水帘从初步设计取消。在挖掘过程中监测应力,应变和水位,并且支撑结构的变形在控制中。该结构在合理的力下,当基础被挖掘时,密封效果是显而易见的。施工实践表明,黄埔桥南锚循环基础的挖掘渗流分析与工程实践一致。

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