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DEVELOPMENT OF THE ANALYSIS MODEL FOR OVERHEAD CONTACT LINE AND PANTOGRAPH BY EN STANDARD

机译:EN标准开发架空接触线和受电弓分析模型

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摘要

The evaluation of the contact loss of the catenary system is the highlight issue for the high-speed railway vehicle. In this paper, using the multibody dynamic analysis techniques including a flexible body, the simulation method of the catenary system is proposed. The pantograph and overhead contact line are developed by using rigid body and ANCF (Absolute Nodal Coordinate Formulation) beam elements, respectively. And relative motions are constrained by sliding joint. Using this analysis model, contact force and loss of contact are calculated according to vehicle speed. The results of the simulation are evaluated by EN 50318 that is the international standard with regard to validation of the dynamic interaction between pantograph and overhead contact line.
机译:悬链系统的接触损耗的评估是高速铁路车辆的重点问题。本文利用包括柔性体在内的多体动力学分析技术,提出了悬链线系统的仿真方法。受电弓和高架接触线分别通过使用刚体和ANCF(绝对节点坐标表示)梁单元进行开发。并且相对运动受到滑动接头的限制。使用该分析模型,可以根据车速计算接触力和失去接触。仿真结果由国际标准EN 50318评估,有关受电弓与架空接触线之间的动态相互作用的验证。

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