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Effect of Linearized Contact Spring in Track Dynamic System

机译:线性接触弹簧在轨道动力系统中的作用

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摘要

In recent years, a number of researches into dynamic characteristics of the noise and vibration in the railway have been performed. Since the high frequency vibration, which occurs in the irregularity(roughness) of the wheel and rail running surfaces, causes the track noise in railway system, analytic study with measurement of the vibration for the wheel and rail is needed. So, the algorithm and program for the vibration analysis in the track system were developed as a part of the analytic study. In this study, evaluation for the effect of the linearized contact spring in track dynamic system was studied with the developed program. In addition, analytical study for the comparison between hysteretic and viscous damping in this system was performed. The result shows that both the linearized contact spring stiffness and damping of track system are important factors in track dynamic analysis model.
机译:近年来,已经对铁路中的噪声和振动的动态特性进行了许多研究。由于在车轮和轨道运行表面的不平整度中出现的高频振动会引起铁路系统中的轨道噪声,因此需要对车轮和轨道的振动进行测量的分析研究。因此,开发了用于轨道系统振动分析的算法和程序,作为分析研究的一部分。在这项研究中,使用开发的程序研究了线性接触弹簧在轨道动力系统中的效果评估。此外,还进行了分析研究,比较了该系统中的滞后阻尼和粘性阻尼。结果表明,线性接触弹簧刚度和轨道系统阻尼是轨道动力学分析模型的重要因素。

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