TECHNICAL MECHANICS
ISSN (Print): 1561-9184, ISSN (Online): 2616-6380

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UDC 001.5.629.11.534.143

Technical mechanics, 2014, 3, 28 - 32

STABILITY OF MOTION AND VIBRATIONS OF VEHICLE OF ELECTRODYNAMIC TRANSPORT SYSTEMS WITH VARIOUS NUMBER OF SUPERCONDUCTING MAGNETS

Radchenko N. A. , Zvonareva O. V., Guba T. L.

      The work goal is to determine the possibility of using transport systems with a different number of super-conducting magnets. Theoretical numerical methods are employed. The results from theoretical studies of 3D vibrations of vehicles of an electrodynamic transport system are presented considering their levitation motions along a plane track structure of straight and curved contours in plan when a different number of superconducting magnets were mounted on a bottom surface of bogies equal to 32, 24 and 16 for the system with four rows of superconducting magnets and two rows of rectangle short-closed tracks contours. The importance and novelty of the study are validated by the possibility of using transport systems with a decreased number of superconducting magnets.

electrodynamic transport, current-conducting contours, plane track structure, superconducting magnets, stability of motion

1. Dzenzersky V. A. Dynamics of Nontraditional Design Vehicles with Superconducting Magnets / V. A. Dzen-zersky, N. A. Radchenko, V. V. Malyi. – Dniepropetrovsk: Art-Press, 2011. – 248 p.

2. Shakhunyants G. M. Railway Track / G. M. Shakhunyants. – Moscow: Transport, 1969. – 336 p.

Copyright (©) 2014 Radchenko N. A. , Zvonareva O. V., Guba T. L.

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