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April 5, 2026Journal of the Japan Society of Applied Electromagnetics and Mechanics0 citationsOpen Access

Development of Architectural Vibration Control Device using Magneto Rheological Fluid

YSYusuke SATO

Key Points

  • The aim is to develop a vibration control device using magneto rheological fluid to enhance building protection during earthquakes.
  • Developed MR damper using magneto rheological fluid as the operating fluid.
  • Created variable damping force dampers that adjust to vibration strength.
  • Utilized the unique properties of MR fluid to improve damping characteristics.
  • Demonstrated effective vibration control during random disturbances such as earthquakes.
  • Achieved variable damping force that adapts to varying levels of vibration.

Abstract

Japan is frequently suffered from giant earthquake.Representative giant earthquakes are Great Hanshin-Awaji and Tohoku Earthquake and Tsunami.Several research institutions estimate the scale of damage occurred in Nankai Trough Earthquake in the future.Some methods which protect buildings from these earthquakes are earthquake resistant, seismic isolation system, and vibration control.We have developed oil dampers as vibration control devices.The developed oil damper using valves and silicone oil have fixed characteristics.Variable damping force damper which adjusts damping force to vibrational strength is expected that the damper efficiently controls vibration includes random waves such as earthquakes.Magneto Rheological Fluid (MR Fluid) significantly changes the characteristics when magnet field is applied.MR damper which is used the typical property has been developed as variable damping force damper.And, taking advantage of MR Fluid's characteristics of being heavier than ordinary oil, MR damper using MR Fluid as the operating fluid has been developed.This report introduces these developed products.

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Cite This Study

Yusuke SATO (2026) studied this question.

synapsesocial.com/papers/69d1fc28a79560c99a0a1cechttps://doi.org/10.14243/jsaem.34.9
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