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Performance-based track geometry and the track geometry interaction map

机译:基于性能的轨道几何图形和轨道几何图形交互图

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摘要

The track geometry interaction map (TGIM) is proposed as an effective way to evaluate the impact of multiple track geometry parameters on rail safety. Multi-body dynamics software has been used to simulate vehicle performance over tracks containing a large number of randomly generated lateral and vertical track geometry combinations. A TGIM-based safety threshold is generated that appears to offer both economic and safety advantages over the current Federal Railroad Administration track safety standards. [PUBLICATION ABSTRACT]
机译:提出了轨道几何相互作用图(TGIM)作为评估多个轨道几何参数对铁路安全影响的有效方法。多体动力学软件已用于在包含大量随机生成的横向和垂直轨道几何形状组合的轨道上模拟车辆性能。生成了基于TGIM的安全阈值,该阈值似乎比当前的美国联邦铁路管理局轨道安全标准具有经济和安全优势。 [出版物摘要]

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    Y Liu E Magel;

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    Y Liu* and E MagelCentre for Surface Transportation Technology, National Research Council Canada, Ottawa, CanadaThe manuscript was received on 2 April 2008 and was accepted after revision for publication on 19 June 2008.DOI: 10.1243/09544097JRRT225*Corresponding author: Centre for Surface Transportation Technology (CSTT), National Research Council Canada (NRC), 2320 Lester Road, Ottawa, Ontario K1V 1S2, Canada. email: Yan.Liu@nrc.ca;

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  • 入库时间 2022-08-18 01:30:45

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