首页> 外文OA文献 >ELECTROMECHANICAL INTERACTION BETWEEN CARBON BASED PANTOGRAPH STRIP AND COPPER CONTACT WIRE: A HEURISTIC WEAR MODEL
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ELECTROMECHANICAL INTERACTION BETWEEN CARBON BASED PANTOGRAPH STRIP AND COPPER CONTACT WIRE: A HEURISTIC WEAR MODEL

机译:基于碳的弓形带与铜接触线之间的机电相互作用:一种启发式磨损模型

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摘要

Main contributions to the wear in the sliding contact between pantograph's strip and catenary's wire can be classified as: i) mechanical contribution, due to friction, ii) electrical contribution, due to current flow at the contact and iii) electrical arcs contribution related to power dissipated during arc generation. In this work, a heuristic wear model for the contact wire, which accounts for the mentioned three main contributions to the wear, is presented. After a tuning phase with results obtained by an experimental campaign aimed at evaluating the wear for the couple “pure copper contact wire – Kasperovski contact strip”, the wear model is used in combination with a dynamical electromechanical model able to reproduce the electromechanical pantograph-catenary interaction.
机译:受电弓带和悬链线之间滑动接触的磨损的主要影响因素可归为:i)由于摩擦引起的机械影响,ii)由于接触点上的电流引起的电影响,以及iii)与功率有关的电弧影响在产生电弧时消散。在这项工作中,提出了一种接触线的启发式磨损模型,该模型考虑了对磨损的上述三个主要贡献。经过调整阶段,并通过旨在评估这对“纯铜接触线–卡巴斯洛夫斯基接触带”的磨损的实验性活动获得了结果,然后将磨损模型与动态机电模型结合使用,该模型能够重现电动受电弓的类别相互作用。

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