An Influence of a Generated Track Intentional Irregularity on a Static Work of a Railway Track

IF 1 Q3 ENGINEERING, CIVIL
W. Bednarek
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引用次数: 0

Abstract

The purpose of the following paper is to present the experimental field investigations in jointless railway track subjected to the author’s generated imperfections on its static work. The main concept for the executed investigations is to induce an intentional imperfection (both a concave and convex irregularity) in an actual railway track, propose a way of appropriate measurement (using the PONTOS system), and utilize author’s field investigations results to calibrate necessary parameters for theoretical calculations. An experimental formula describing the value of the force transferred from the rail to the railway sleeper on the grounds of the survey site caused by a locomotive is provided. Furthermore, the deflection of the chosen railway rail and sleeper due to the generated imperfection is subjected to analysis. Finally the objective of the present consideration is to resolve the calculations into the beam element such that the results can be used in computational railway practice. The scheme of the so-called a “hanging sleeper” is particularly unfavourable, a gap arises between the sleeper and the foundation, for which the significant changes appear, especially in the rail deflections and stresses. A work scheme of the railway track elements is described on the generated short concave and convex irregularity.
产生的轨道故意不平整对铁路轨道静力工作的影响
本文的目的是介绍在作者对其静力工作产生缺陷的无缝铁路轨道的试验现场调查。执行调查的主要概念是在实际铁路轨道上诱发有意的缺陷(凹面和凸面),提出适当的测量方法(使用PONTOS系统),并利用作者的实地调查结果校准理论计算所需的参数。给出了测点地面上轨道向轨枕传递的机车力值的实验公式。此外,还对所选钢轨和轨枕因产生的缺陷而产生的挠度进行了分析。最后,本文的目的是将计算分解为梁单元,使计算结果可用于铁路计算实践。所谓的“悬挂轨枕”方案是特别不利的,轨枕和基础之间产生了一个间隙,因此出现了显著的变化,特别是在轨道挠度和应力方面。介绍了一种针对所产生的短凹凸不平的铁路轨道元件工作方案。
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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来源期刊
Archives of Civil Engineering
Archives of Civil Engineering ENGINEERING, CIVIL-
CiteScore
1.50
自引率
28.60%
发文量
0
审稿时长
24 weeks
期刊介绍: ARCHIVES OF CIVIL ENGINEERING publish original papers of the theoretical, experimental, numerical and practical nature in the fields of structural mechanics, soil mechanics and foundations engineering, concrete, metal, timber and composite polymer structures, hydrotechnical structures, roads, railways and bridges, building services, building physics, management in construction, production of construction materials, construction of civil engineering structures, education of civil engineers.
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