Mathematical model of railway plan

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DOI:

https://doi.org/10.56143/2181-2438-2025-1-158-162

Ключевые слова:

railway plan, radius of a curve, curvature of an osculating circle, osculating plane, railway design, torsion, arc length, osculating trihedron

Аннотация

The long-term practice of drawing up a railway plan is based on a curve formed by the projection of the center of the rolling stock onto a horizontal plane. At the same time, this curve is considered flat. The railway plan itself consists of straight parts and a curved part connecting these straight parts. The existence of a curved part in the railway plan is natural. The work substantiates that the railway plan in the curved part can be interpreted as a spatial curve and a natural trihedron can be constructed. With the help of this, the Frenier formula is determined. This formula, from the course on differential curve geometry, is proposed to be accepted as a mathematical model of the railway plan. Frenier's formula is a system of differential equations. Moreover, this system has a solution for a given curvature and torsion. Thus, it is possible to find the equation of the curve of the part of the railway plan.

Опубликован

21.11.2025

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Mathematical model of railway plan. (2025). Вестник транспорта - Transport Xabarnomasi, 2(1), 158-162. https://doi.org/10.56143/2181-2438-2025-1-158-162

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