Modeling of Trainer's Electric Drive Control
p.238
p.238
"Magnetoactivated" Elastomer: An Alternative to Electroactive Polymer
p.244
p.244
Design of Dynamic Nonlinear Control Techniques for Flexible-Link Manipulators
p.250
p.250
Investigation of Alloy Elements Transfer in Arc Facing by High Carbon and Chromium Content Electrodes
p.257
p.257
The Characterization of WC-Co Based Materials Boronized within Molten Salt Bath
p.261
p.261
Structure and Properties Enhancement in High-Speed Steels upon Primary Solidification of a Melt
p.267
p.267
The Differential Passive Magnetic Bearing for High-Speed Flexible Rotor
p.273
p.273
Examination of Selective Transfer Phenomenon
p.279
p.279
Effect of Nanofillers on Wear Resistance of Polymer Coatings
p.285
p.285
The Differential Passive Magnetic Bearing for High-Speed Flexible Rotor
Abstract:
Lab stand of a differential passive magnetic bearing is presented in the paper. The passive bearing will be used in high-speed flexible rotor. The one neodymium magnet MP 41x15x10 – N38 and two neodymium magnets MP 40x22x10 – N38 were used to design the passive magnetic bearing. The mathematical model of differential bearing, laboratory model and distribution of magnetic flux density are presented and analyzed.
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Periodical:
Solid State Phenomena (Volume 144)
Pages:
273-278
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Online since:
September 2008
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© 2009 Trans Tech Publications Ltd. All Rights Reserved
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