Magnetic levitation control of a thin steel plate by means of gap length correction commands
Magnetic levitation control of a thin steel plate by means of gap length correction commands
- New search for: Nakagawa, T.
- New search for: Hama, M.
- New search for: Nakagawa, T.
- New search for: Hama, M.
The techniques of Maglev are expected to apply not only to railways but also to various fields of industry. As one such field, the application to process lines of steel plates is now in the limelight. However, as the levitated steel plates are thin and flat in this kind of Maglev system, any guide force in conventional Maglev systems is not induced. Therefore, once the steel plates levitate, the gravity force soon makes them sideslip if the electromagnets are slantingly attached to the base table. This paper deals with a control method that allows the steel plate to levitate stably and horizontally and deals with various experimental results.
Document information
Magnetic levitation control of a thin steel plate by means of gap length correction commands
Electrical Engineering in Japan ; 135 , 2 ; 52-59
2001
8 Seiten, 6 Quellen
Article (Journal)
English
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