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The Application of Track Spectrum applying to Track Dynamic Analysis

机译:轨迹谱应用追踪动态分析的应用

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The track irregularity is the primary cause to induce the vibration of the wheel-rail system. With the statistical characteristics of track irregularity, the track spectrum is widely applied to the track dynamic analysis. The track spectrum and its application are discussed in this paper mainly from the three aspects as follows. 1. Due to the multiple types of track structure, the statistical features of the track irregularity are varying, thus the original type and wavelength of the track spectrum cannot interpret the current situation. 2. As for the track dynamic analysis, because of the lack of the important short wave track irregularity spectrum, the track high-frequency vibration can hardly be further analysed with the existing track spectrum. 3. When the track irregularity in time domain included in the track spectrum for track dynamic analysis is used, there exists the problem that the amplitude of responses tends to be smaller than the actual situation. To sum up, this paper further put forward some suggestions about optimizing the test work of the supplementary track spectrum and reasonably utilizing the track spectrum.
机译:轨道不规则性是诱导车轮轨系统振动的主要原因。随着轨道不规则性的统计特性,轨道光谱广泛应用于轨道动态分析。本文主要从以下三个方面讨论了轨道光谱及其应用。由于多种类型的轨道结构,轨道不规则性的统计特征变化,因此轨道频谱的原始类型和波长不能解释当前情况。 2.对于轨道动态分析,由于缺乏重要的短波轨道不规则谱,几乎不能用现有的轨道光谱进一步分析轨道高频振动。 3.当使用跟踪动态分析的轨道频谱中包括的时域的轨道不规则性时,存在响应幅度趋于小于实际情况的问题。总而言之,本文进一步提出了一些关于优化补充轨道谱的测试工作的建议,以及合理利用轨道光谱。

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