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Analyzing Effect of Profile Change of Top Surface of 60kg Rail upon Vehicle Dynamics

机译:分析60kg轨道顶面轮廓变化对车辆动力学的影响

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To evaluate running stability, equivalent conicity was computed by considering the combination of a new rail profile and arc wheel profile (for Shinkansen). The new rail profile was obtained by applying the radius of curvature of the top surface of a JIS 60kg rail, 300 mm. The computation results when using the new rail showed small equivalent conicity and high running stability regardless of the degree of wear of the wheel. Furthermore, results from vehicle dynamics simulations showed that the new rail was endowed with running characteristics equivalent to those of JIS 60kg rail, and no evidence was found of any significant influence on running safety.
机译:为了评估运行稳定性,通过考虑新的轨道轮廓和弧形车轮轮廓(对于新干线)的组合来计算等效锥度。通过应用300 mm的JIS 60kg导轨上表面的曲率半径,可以获得新的导轨轮廓。使用新导轨时的计算结果显示出较小的等效锥度和较高的行驶稳定性,而与车轮的磨损程度无关。此外,车辆动力学仿真结果表明,新钢轨具有与JIS 60kg钢轨相同的行驶特性,并且没有发现对行驶安全性有任何重大影响的证据。

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