Modal wave propagation characteristics in tunnels of different cross sections

J. A. Castiblanco, D. Seetharamdoo, M. Berbineau, M. Ney
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引用次数: 4

Abstract

In this paper, we address the problem of the modelling and analysing wave propagation in realistic tunnel environments using a numerical model. A 2.5 D TLM based modal algorithm is developed and used to model several tunnel environments, namely an arched tunnel, a metallic tunnel and loaded tunnels with traffic. To analyse wave propagation in these context, a modal nomenclmature is proposed. Depolarisation effects have been demonstrated for arbitrary cross-sections. This effect, often observed during measurement campaigns has been shown with a numerical model.
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不同断面隧道的模态波传播特性
本文用数值模型对实际隧道环境中波浪的传播进行了模拟和分析。提出了一种基于2.5 D TLM的模态算法,并将其应用于几种隧道环境的建模,即拱形隧道、金属隧道和承载交通的隧道。为了分析这种情况下的波传播,提出了一种模态命名法。去极化效应已被证明适用于任意截面。在测量活动中经常观察到的这种效应已经用数值模型显示出来。
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