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Curving Performance of Straddle-Type Monorail Vehicle with Single-Axle Bogies Based on Spatial Multi-Body Dynamic Analysis

机译:基于空间多体动态分析的单轴传导跨越式单轨车辆弯曲性能

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Straddle-type monorail ,as a unique technology, energy saving and environmental protection, is different from the subway of urban rail transit system. In order? to study? the curving performance? of? a new type of the straddle-type monorail vehicle with single-axle bogies ,the three-dimensional spatial dynamics model which consists of the vehicle model and track model designis proposed by the multi-body dynamics soft ADAMS. The monorail vehicle dynamic model which consists of three types of tire -track contact model and the nonlinear model of the horizontal stop is established. Based on the dynamic model, the influences? such as pre pressure and curve super-high rate parameters of the curve passing for the dynamic characteristics are discussed. The simulation results show that the suitable preload for the guide and stabilizer tires of straddle-type vehicle with single-axle bogies is 5KN and after selecting the appropriate pre-pressure, the super-high rate is recommended to be 8%-10%.
机译:作为独特的技术,节能和环保的跨跨型单轨,与城市轨道交通系统的地铁不同。为了?学习?弯曲的表现?的?一种新型的跨桥式单轨车辆,具有单轴转向架,三维空间动力学模型由多体动态软亚当提出的车辆模型和轨道模型设计组成。建立了由三种类型的轮胎-Track触点模型和水平停止的非线性模型组成的单轨车辆动态模型。基于动态模型,影响?例如讨论了用于动态特性的曲线的预压和曲线超高速率参数。仿真结果表明,具有单轴缩影的跨跨型车辆的引导和稳定器轮胎的合适预载是5kN,选择适当的预压力后,建议超高速率为8%-10%。

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