BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS

The model for accounting deformations occurring in the wheel - be aring friction units is presented. The model pe rmits to estimate the effect of the tangential deformation dynamics in the wheel - rail system on the pulling force dynamics applied to the wheel centre of inertia. The obtained mathemat...

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Main Authors: Victor P. Lapshin, Ilya A. Turkin, Sergey V. Nosachev
Format: Article
Language:Russian
Published: Don State Technical University 2012-09-01
Series:Advanced Engineering Research
Subjects:
Online Access:https://www.vestnik-donstu.ru/jour/article/view/604
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author Victor P. Lapshin
Ilya A. Turkin
Sergey V. Nosachev
author_facet Victor P. Lapshin
Ilya A. Turkin
Sergey V. Nosachev
author_sort Victor P. Lapshin
collection DOAJ
description The model for accounting deformations occurring in the wheel - be aring friction units is presented. The model pe rmits to estimate the effect of the tangential deformation dynamics in the wheel - rail system on the pulling force dynamics applied to the wheel centre of inertia. The obtained mathematical app a ratus describe s the friction unit system dynamics before the grip break
format Article
id doaj-art-de9a55332c8a49a98bbc4ea3981661b2
institution DOAJ
issn 2687-1653
language Russian
publishDate 2012-09-01
publisher Don State Technical University
record_format Article
series Advanced Engineering Research
spelling doaj-art-de9a55332c8a49a98bbc4ea3981661b22025-08-20T02:59:31ZrusDon State Technical UniversityAdvanced Engineering Research2687-16532012-09-011254049597BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICSVictor P. Lapshin0Ilya A. Turkin1Sergey V. Nosachev2Don State Technical University.Don State Technical University.Don State Technical University.The model for accounting deformations occurring in the wheel - be aring friction units is presented. The model pe rmits to estimate the effect of the tangential deformation dynamics in the wheel - rail system on the pulling force dynamics applied to the wheel centre of inertia. The obtained mathematical app a ratus describe s the friction unit system dynamics before the grip breakhttps://www.vestnik-donstu.ru/jour/article/view/604frictional forcespositioningprecision.
spellingShingle Victor P. Lapshin
Ilya A. Turkin
Sergey V. Nosachev
BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS
Advanced Engineering Research
frictional forces
positioning
precision.
title BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS
title_full BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS
title_fullStr BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS
title_full_unstemmed BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS
title_short BOND MODEL OF VISCOELASTIC WHEEL SURFACE SHIFT RELATIVE TO RAIL WITH PULL CHARACTERISTICS
title_sort bond model of viscoelastic wheel surface shift relative to rail with pull characteristics
topic frictional forces
positioning
precision.
url https://www.vestnik-donstu.ru/jour/article/view/604
work_keys_str_mv AT victorplapshin bondmodelofviscoelasticwheelsurfaceshiftrelativetorailwithpullcharacteristics
AT ilyaaturkin bondmodelofviscoelasticwheelsurfaceshiftrelativetorailwithpullcharacteristics
AT sergeyvnosachev bondmodelofviscoelasticwheelsurfaceshiftrelativetorailwithpullcharacteristics