ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS

The article describes the design of a system used for the improvement of the adhesion of locomotive wheels to rails; the principle of which is based on the electromagnetic feeding of the contact area with the bulk material that has magnetic properties and high hardness (iron scale Fe3O4 and magnetit...

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Main Authors:	Yuriy OSENIN, Lidiya ANTOSHKINA, Igor SOSNOV, Evgeniy SHAPRAN, Aleksei CHESNOKOV
Format:	Article
Language:	English
Published:	Silesian University of Technology 2019-03-01
Series:	Transport Problems
Subjects:	clutch wheel rail magnetization sand scale magnetite
Online Access:	http://transportproblems.polsl.pl/pl/Archiwum/2019/zeszyt1/2019t14z1_06.pdf

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spelling	doaj-aa1d55d204f1407c9bcbc584772cdf012020-11-25T01:56:16ZengSilesian University of TechnologyTransport Problems1896-05962300-861X2019-03-0114105906710.20858/tp.2019.14.1.6ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILSYuriy OSENIN0Lidiya ANTOSHKINA1Igor SOSNOV2Evgeniy SHAPRAN3Aleksei CHESNOKOV4Berdyansk University of Management and BusinessBerdyansk University of Management and BusinessNational Technical University "Kharkov Polytechnic Institute"National Technical University "Kharkov Polytechnic Institute"State Budget Institution of Higher Education of the Moscow Region "University of Technology"The article describes the design of a system used for the improvement of the adhesion of locomotive wheels to rails; the principle of which is based on the electromagnetic feeding of the contact area with the bulk material that has magnetic properties and high hardness (iron scale Fe3O4 and magnetite FeOFe2O3). The experimental results of laboratory and bench tests confirming the effectiveness of the proposed system compared with the existing devices using quartz sand to improve the adhesion of wheels to rails are presented. It is concluded that the use of an electromagnetic system for improving the particle supply to the wheel/rail interface is promising.http://transportproblems.polsl.pl/pl/Archiwum/2019/zeszyt1/2019t14z1_06.pdfclutchwheelrailmagnetizationsandscalemagnetite
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Yuriy OSENIN Lidiya ANTOSHKINA Igor SOSNOV Evgeniy SHAPRAN Aleksei CHESNOKOV
spellingShingle	Yuriy OSENIN Lidiya ANTOSHKINA Igor SOSNOV Evgeniy SHAPRAN Aleksei CHESNOKOV ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS Transport Problems clutch wheel rail magnetization sand scale magnetite
author_facet	Yuriy OSENIN Lidiya ANTOSHKINA Igor SOSNOV Evgeniy SHAPRAN Aleksei CHESNOKOV
author_sort	Yuriy OSENIN
title	ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
title_short	ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
title_full	ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
title_fullStr	ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
title_full_unstemmed	ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
title_sort	electromagnetic system for improving the adhesion of wheels to rails
publisher	Silesian University of Technology
series	Transport Problems
issn	1896-0596 2300-861X
publishDate	2019-03-01
description	The article describes the design of a system used for the improvement of the adhesion of locomotive wheels to rails; the principle of which is based on the electromagnetic feeding of the contact area with the bulk material that has magnetic properties and high hardness (iron scale Fe3O4 and magnetite FeOFe2O3). The experimental results of laboratory and bench tests confirming the effectiveness of the proposed system compared with the existing devices using quartz sand to improve the adhesion of wheels to rails are presented. It is concluded that the use of an electromagnetic system for improving the particle supply to the wheel/rail interface is promising.
topic	clutch wheel rail magnetization sand scale magnetite
url	http://transportproblems.polsl.pl/pl/Archiwum/2019/zeszyt1/2019t14z1_06.pdf
work_keys_str_mv	AT yuriyosenin electromagneticsystemforimprovingtheadhesionofwheelstorails AT lidiyaantoshkina electromagneticsystemforimprovingtheadhesionofwheelstorails AT igorsosnov electromagneticsystemforimprovingtheadhesionofwheelstorails AT evgeniyshapran electromagneticsystemforimprovingtheadhesionofwheelstorails AT alekseichesnokov electromagneticsystemforimprovingtheadhesionofwheelstorails
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ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS

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