THERMAL CONDUCTION AND MAGNETIC PROPERTIES OF MAGNETORHEOLOGICAL ELASTOMERS DISPERSING SENDUST PARTICLES

Authors

  • Y. Ido Department of Electrical and Mechanical Engineering, "Nagoya Institute of Technology", Japan
  • Y. Hiroshima Department of Electrical and Mechanical Engineering, "Nagoya Institute of Technology", Japan
  • Y. Iwamoto Department of Electrical and Mechanical Engineering, "Nagoya Institute of Technology", Japan
  • Y. Hirota "Ferrotec Materials Technologies", Japan
  • S. Fujioka Ferrotec Materials Technologies", Japan

Abstract

A new magnetic functional material that is an elastomer dispersing micrometer-size sendust particles has been developed in this study. Sendust is a material which is the alloy composed of Fe, Si and Al, and has a high initial magnetic permeability and small hysteresis. Thermal conductivity of this new magnetic functional material was investigated by using the steady-state parallel-plate method while the magnetic properties of the materials were evaluated by using the BH analyzer.

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Published

2023-11-09

Issue

Vol. 12 (2023)

Section

Oral Session F: Advanced Industrial Technologies