Methodological provisions for determining the main parameters of the organisation of the transportation process during the introduction of cars with increased axial and linear load

M. I. Mekhedov, E. Sotnikov, P. S. Kholodnyak, A. A. Kapyrin, N. V. Kornienko
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Abstract

Introduction. One of the ways to increase the traffic-carrying capacity of railway lines is increasing the amount of cargo carried in cars, while taking into account the inevitable increase in the axial and linear load of the car. The decision to use cars with increased axial load should be based on an assessment of their technical and economic efficiency in comparison with the innovative and widely used open-box wagons with a load of 25 tonnes per axle. When assessing the economic efficiency of such cars, it is required to consider their impact on changes in the parameters of the organisation of the transportation process.Materials and methods. Based on the presented initial data on the estimated predicted freight flow, the numerical values of the parameters of the transportation process were determined when introducing 8- and 4-axle (27 t/axle) open-box wagons. When determining the increase in the traffic-carrying capacity, its change due to an increase in the net mass of the train and a change in the total number of trains is taken into account. The calculation was made accounting for the increase in traction in proportion to the increase in the gross mass of the 8- and 4-axle (27 t/axle) open-box wagon trains on the existing infrastructure.Results. The authors have developed methodological provisions to determine the numerical values: an increase in the traffic- carrying capacity, the required inventory fleet of cars and the available locomotive fleet in the context of the introduction of new 8- and 4-axle (27 t/axle) open-box wagons.Discussion and conclusion. The article is theoretical and is devoted to calculation mechanisms and methodological issues. The results of the study may be applied to the ranges of the Russian Railways network, in particular, to solve complex issues of increasing the traffic-carrying capacity of the Eastern range.
在引入轴向和线性载荷增加的汽车期间,确定运输过程组织主要参数的方法学规定
介绍。提高铁路运输能力的途径之一是增加车厢载货量,同时考虑车厢轴向载荷和直线载荷的不可避免的增加。决定使用轴向载荷增加的汽车应基于对其技术和经济效率的评估,并将其与创新的、广泛使用的每轴载荷为25吨的开箱货车进行比较。在评估这种汽车的经济效率时,需要考虑它们对运输过程组织参数变化的影响。材料和方法。在此基础上,给出了估算预测货流的初始数据,确定了引入8轴和4轴(27吨/轴)开箱货车时运输过程参数的数值。在确定运输能力的增加时,要考虑由于列车净质量的增加和列车总数的变化而引起的运输能力的变化。根据现有基础设施上8轴和4轴(27吨/轴)开箱货车列车的总质量增加比例,进行了牵引力增加的计算。作者制定了确定数值的方法规定:在引进新的8轴和4轴(27吨/轴)开箱货车的情况下,增加交通承载能力、所需的库存车队和可用的机车车队。讨论与结论。这篇文章是理论性的,致力于计算机制和方法问题。这项研究的结果可以应用于俄罗斯铁路网的范围,特别是解决增加东部范围的交通运载能力的复杂问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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