electromagnetic damping

electromagnetic damping

[i¦lek·trō·mag′ned·ik ′damp·iŋ]
(electricity)
Retardation of motion that results from the reaction between eddy currents in a moving conductor and the magnetic field in which it is moving.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
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The output electromagnetic damping force of the linear motor is
In (8), [k.sub.i] is electromagnetic damping coefficient of the linear motor.
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Various research and development are ongoing related to electromagnetic damping [10-18].
Passive Electromagnetic Damping device for motion control of building structures.
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where [k.sub.s] is the synchronizing torque coefficient, [k.sub.d] is the electromagnetic damping torque coefficient.
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To address this need, SwRI engineers have developed a new valve concept that provides electromagnetic damping and creates a soft landing at both the valve seat on closing and at the valve guard on opening.
Soft-landing semi-active valve for reciprocating compressors inspires confidence during field tests
Therefore, the desired electromagnetic damping was achieved.
Semi-active compressor valve development and testing

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