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Scheme Comparison on Unsymmetrical Loading Tunnel Location near Tunnel Portal

机译:隧道门户附近的非对称装载隧道位置的方案比较

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In the process of tunnel excavation, due to the complexity of geological and geomorphic conditions etc, in the given tunnel heading shape conditions, it is more important to determine the tunnel location near tunnel portal. The large-scale finite numerical simulation software ANSYS is adopted to analyze that stress and displacement of tunnel surrounding rock vary with unsymmetrical location, including burial depth, slope angle and thickness of overburden layer. The analysis results show that: Under the condition of reinforcement in advance, it is proper for the tunnel excavation to reduce burial depth and thickness of overburden layer. This paper provides the theory basis for rational selection of support types and parameters and proper determination of tunnel location.
机译:在隧道挖掘过程中,由于地质和地貌条件等的复杂性,在给定的隧道标题条件下,确定隧道门户附近的隧道位置更为重要。采用大规模有限数值模拟软件ANSYS分析隧道周围岩石的应力和位移,包括非对称位置,包括埋藏深度,斜坡角度和覆盖层的厚度。分析结果表明:在加强的条件下,隧道挖掘是适当的,以减少覆盖层的埋藏深度和厚度。本文提供了理性选择支持类型和参数的理论依据,以及隧道位置的正确确定。

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