ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
- New search for: Yuriy OSENIN
- New search for: Lidiya ANTOSHKINA
- New search for: Igor SOSNOV
- New search for: Evgeniy SHAPRAN
- New search for: Aleksei CHESNOKOV
- New search for: Yuriy OSENIN
- New search for: Lidiya ANTOSHKINA
- New search for: Igor SOSNOV
- New search for: Evgeniy SHAPRAN
- New search for: Aleksei CHESNOKOV
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 FeOFe2O3). 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.
Document information
ELECTROMAGNETIC SYSTEM FOR IMPROVING THE ADHESION OF WHEELS TO RAILS
2019
Article (Journal)
Electronic Resource
Unknown
clutch , wheel , rail , magnetization , sand , scale , magnetite , Transportation engineering , TA1001-1280
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