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Exploratory finite element analysis (FEA) and conceptual design findings of large-diameter, segmentally lined shafts

机译:大直径分段衬砌轴的探索性有限元分析(FEA)和概念设计结果

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Top-down constructed large-diameter (up to 90 m or 300 ft) shaft design and constructability issues present an interesting suite of challenges and opportunities highlighted in this paper. The study covers 2D and 3D finite element models used to analyze various failure modes, evaluate the shaft liner and internal structures' response to seismic loading, assist in segment design and assess final structural design tradeoffs. Efforts to achieve economic advantage over conventional heavy civil practices have prompted innovative solutions for ring and segment design, ring build assembly and annulus backfill grouting. Intended for soft ground conditions, relationships between soil parameters and structure design are also explored.
机译:自顶向下构造的大直径(最大90 m或300 ft)竖井设计和可施工性问题,提出了一系列有趣的挑战和机遇。这项研究涵盖2D和3D有限元模型,这些模型用于分析各种失效模式,评估轴衬和内部结构对地震载荷的响应,协助分段设计并评估最终的结构设计权衡。与传统的重型民用实践相比,要获得经济上的优势,已经为环网和管段设计,环网装配和环空回填灌浆提出了创新的解决方案。针对软土地条件,还探讨了土壤参数与结构设计之间的关系。

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