确定轨道轴线曲率的动弦法

W. Koc
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引用次数: 0

摘要

文摘:本文讨论了确定轨道轴线曲率的问题,以便能够确定测量路线的几何特征。基于对路线给定区域笛卡尔坐标的了解,通过改变移动(虚拟)弦的倾角的方法,使用了确定曲率的新概念。在未明确定义的模型几何轨道布局上对所提出的方法进行的验证表明,所获得的曲率图与构成获得相应几何解基础的曲线图完全一致。使用移动弦线法确定运营轨道的曲率表明,获得的曲率图与模型布局的曲率图明显不同;由于轨道变形和测量误差,它们具有不太规则的振荡特性。然而,这并不妨碍在此基础上估计测量布局的基本几何参数的可能性。关键词:铁路;轨道轴线的曲率;验证一种新的计算方法;应用可能性的确定
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The moving chord method for determining the curvature of the track axis
Abstract: The paper adresses the issue of determining the curvature of the axis of the railway track in order to enable the determination of the geometrical characteristics of the measured route. A new concept of determining the curvature was used by the method of changing the angles of inclination of a moving (virtual) chord based on the knowlege of the Cartesian coordinates of a given region of the route. The verification of the proposed method, carried out on unambiguosly defined model geometric track layouts, showed the complete agreement of the obtained curvature diagrams with the diagrams constituting the basis for obtaining the corresponding geometric solution. The use of the moving chord method to determine the curvature of the operated railway track showed that the obtained curvature plots clearly differ from those for model layouts; they have a less regular, oscillating character, which results from the track deformation and measurement error. However, this does not prevent the possibility of estimating the basic geometrical parameters of the measured layout on this basis. Keywords: railroad; curvature of the track axis; verification of a new calculation method; determination of application possibilities
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