Experimental Investigation of Variable Damping Properties for Viscous Damper Utilizing a Magnetic Responsive Fluid

Experimental Investigation of Variable Damping Properties for Viscous Damper Utilizing a Magnetic Responsive Fluid

A basic experimental study was carried out to investigate the parameters in a vibration equation of a viscous damper utilizing a magnetic responsive fluid in order to design a semi-active viscous damper. We used the magnetic piston which has made with alternating layers of magnet and non-magnetic ma...

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Veröffentlicht in:Nihon Kikai Gakkai rombunshuu. B hen 2005/03/25, Vol.71(703), pp.869-876
Hauptverfasser: KANNO, Hideto, SHIMADA, Kunio, OGAWA, Junji
Format: Artikel
Sprache:eng ; jpn
Schlagworte:
Damping Property
Forced Vibration
Magnetic Compound Fluid
Magnetic Fluid
Magnetic Responsive Fluids
Magneto-Rheological Fluid
Vibration Control Device
Viscous Damper
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container_title Nihon Kikai Gakkai rombunshuu. B hen
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creator KANNO, Hideto
SHIMADA, Kunio
OGAWA, Junji
description A basic experimental study was carried out to investigate the parameters in a vibration equation of a viscous damper utilizing a magnetic responsive fluid in order to design a semi-active viscous damper. We used the magnetic piston which has made with alternating layers of magnet and non-magnetic material disks for particles of the fluids not to sediment. To clarify the damping effect, we measured a frequency response and a relationship between inertia force and displacement. The results of the dynamic characteristic of the damper can be explained by the cluster of particles aggregated like a chain in the fluid. We also clarify that MCF is suitable for the damper. The damping effect is strongly influenced by an apparent density around the piston of the damper.
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language eng ; jpn
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source J-STAGE Free; EZB-FREE-00999 freely available EZB journals
subjects Damping Property
Forced Vibration
Magnetic Compound Fluid
Magnetic Fluid
Magnetic Responsive Fluids
Magneto-Rheological Fluid
Vibration Control Device
Viscous Damper
title Experimental Investigation of Variable Damping Properties for Viscous Damper Utilizing a Magnetic Responsive Fluid
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