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The 3D Numerical Simulation and Settlement Control Study for City Tunnel Crossing High Fill Geological Area of Gravelly Soils

机译:城市隧道交叉高填充地质面积的3D数值模拟与沉降控制研究

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Three-dimensional finite element model of tunnel-soil-structures interaction was set up to analyze the causes of settlement and structural cracking when tunnel crossing complex gravelly soil area. It simulated the real tunnel excavation process of Chongqing Metro Line 3. Based on analysis and monitoring results, improved technical measures were used to control settlement, such as advance strengthening, excavation speed control and so on. The latest monitoring results indicate that vault and ground settlement are controlled, and convergence value is reduced significantly. The 3D numerical simulation analysis method provides reference for similar projects, and improvement of technical measures is conducive to settlement control.
机译:建立了隧道土结构相互作用的三维有限元模型,分析了隧道交叉砾石土壤隧道沉降和结构裂缝的原因。它模拟了重庆地铁线3的真正隧道挖掘过程。根据分析和监测结果,采用改进的技术措施来控制结算,如提前加强,挖掘速度控制等。最新的监测结果表明,控制拱顶和地面沉降,收敛值显着减少。 3D数值模拟分析方法为类似项目提供参考,提高技术措施有利于解决控制。

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