首页> 外文会议>International Congress and Exposition on Noise Control Engineering >NUMERICAL ANALYSIS TECHNIQUE USING THE STATISTICAL ENERGY ANALYSIS METHOD CONCERNING THE BLASTING NOISE REDUCTION BY THE SOUND INSULATION DOOR USED IN TUNNEL CONSTRUCTIONS
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NUMERICAL ANALYSIS TECHNIQUE USING THE STATISTICAL ENERGY ANALYSIS METHOD CONCERNING THE BLASTING NOISE REDUCTION BY THE SOUND INSULATION DOOR USED IN TUNNEL CONSTRUCTIONS

机译:使用隧道结构中使用隔音门爆破噪声减少的统计能量分析方法的数值分析技术

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The main method to reduce the blasting charge noise which occurs in a tunnel under construction is to install the sound insulation door in the tunnel. However, the numerical analysis technique to predict the accurate effect of the transmission loss in the sound insulation door is not established. In this study, we measured the blasting charge noise and the vibration of the sound insulation door in the tunnel with the blasting charge, and performed analysis and modified acoustic feature. In addition, we reproduced the noise reduction effect of the sound insulation door by statistical energy analysis method and confirmed that numerical simulation is possible by this procedure.
机译:减少在施工的隧道中发生的爆破电荷噪声的主要方法是在隧道中安装隔音门。然而,不建立用于预测隔音门中传输损耗的准确效果的数值分析技术。在这项研究中,我们测量了爆破充电隧道中隔音门的爆破电荷噪声和振动,并进行了分析和改进的声学特征。此外,我们通过统计能量分析方法再现隔音门的降噪效果,并确认了该程序可以进行数值模拟。

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