Prediction of Damping Property and Design for Optimization of Magnetic Rubber Damper with Constraining Layer (MRDC)

The magnetic rubber damper with a constraining layer (MRDC), which we developed, is easy to install on steel vibrating objects and has proven to be an excellent vibration damper. The damping property of an MRDC is substantially attributable to the frictional loss between its magnetic rubber layer an...

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Published inQuarterly Report of RTRI Vol. 45; no. 4; pp. 210 - 215
Main Authors HANSAKA, Masanori, MAMADA, Shogo, NISHIMURA, Atsushi
Format Journal Article
LanguageEnglish
Published Tokyo Railway Technical Research Institute 01.01.2004
Japan Science and Technology Agency
Subjects
butyl rubber
flexural vibration
loss factor
magnetic
vibration damper
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Abstract The magnetic rubber damper with a constraining layer (MRDC), which we developed, is easy to install on steel vibrating objects and has proven to be an excellent vibration damper. The damping property of an MRDC is substantially attributable to the frictional loss between its magnetic rubber layer and a steel object. The authors devised a theory to predict its damping properties by taking friction into consideration, the theory itself being based on an analysis of the flexural vibration of a beam with MRDC. The accuracy of the proposed theory has been verified by comparing analytical and experimental results, and a design to optimize MRDCs has been determined from those obtained from calculation and measurement.
AbstractList The magnetic rubber damper with a constraining layer (MRDC), which we developed, is easy to install on steel vibrating objects and has proven to be an excellent vibration damper. The damping property of an MRDC is substantially attributable to the frictional loss between its magnetic rubber layer and a steel object. The authors devised a theory to predict its damping properties by taking friction into consideration, the theory itself being based on an analysis of the flexural vibration of a beam with MRDC. The accuracy of the proposed theory has been verified by comparing analytical and experimental results, and a design to optimize MRDCs has been determined from those obtained from calculation and measurement.
Author MAMADA, Shogo
NISHIMURA, Atsushi
HANSAKA, Masanori
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References 1) SATO, H., HANSAKA, M., and MIFUNE, N.: “The development of Damping Properties of Magnetic-Vibration-Damper (MVD),” QR of RTRI, 38-2, pp. 56-60, 1997.
2) HANSAKA, M., et al.: “Prediction of Damping Property and Design for Optimization of Magnetic Rubber Damper with a Constraining Layer,” Rep. of RTRI, 17-10, pp. 41-47, 2002.
4) HANSAKA, M., and HAYASHI, I., et al.: “The Damping Property of Magnetic Rubber Dampers with a Constraining Layer (2nd, Estimation of the loss factor of magnetic rubber dampers with a constraining layer and experimental demonstration),” Transactions-C of the Japan Society of Mechanical Engineers, 67-666, pp. 26-34, 2001.
3) HANSAKA, M., and HAYASHI, I., et al.: “The Damping Property of Magnetic Rubber Dampers with a Constraining Layer (1st, Derivation of the equation of loss factor based on the analysis of flexural vibration of beam),” Transactions-C of the Japan Society of Mechanical Engineers, 67-662, pp. 25-31, 2001.
SATO, H., HANSAKA, M., and MIFUNE (1) 1997; 38
HANSAKA, M., and HAYASHI, I., et al (4) 2001; 67
HANSAKA, M., and HAYASHI, I., et al (3) 2001; 67
HANSAKA, M., et al. (2) 2002; 17
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Snippet The magnetic rubber damper with a constraining layer (MRDC), which we developed, is easy to install on steel vibrating objects and has proven to be an...
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SubjectTerms butyl rubber
flexural vibration
loss factor
magnetic
vibration damper
Title Prediction of Damping Property and Design for Optimization of Magnetic Rubber Damper with Constraining Layer (MRDC)
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