Self-Similarity in Magnetostrictive Materials: An Experimental Point of View

Magnetostrictive behavior is characterized by a complex coupling between magnetic and mechanical quantities. While this behavior can be quite easily exploited for both actuation and sensing or energy conversion purposes, the complex hysteresis interaction between magnetization and magnetic field and...

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Published in:Magnetochemistry 2021-09, Vol.7 (9), p.130
Main Authors: Clemente, Carmine Stefano, Davino, Daniele, Krejčí, Pavel, Loschiavo, Vincenzo Paolo
Format: Article
Language:English
Subjects:
Actuation
Energy conversion
Magnetic fields
Magnetism
Magnetostriction
modeling
Self-similarity
Sensors
Strain
Strain gauges
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description Magnetostrictive behavior is characterized by a complex coupling between magnetic and mechanical quantities. While this behavior can be quite easily exploited for both actuation and sensing or energy conversion purposes, the complex hysteresis interaction between magnetization and magnetic field and mechanical stress and strain is hard to model. Nevertheless, magnetic and magnetostrictive experimental curves are quite self-similar, assuming stress as self-similarity parameter. The quantification of this concept would help modeling. Here, this concept is quantified and experimentally confirmed over different types of magnetostrictive samples.
doi_str_mv 10.3390/magnetochemistry7090130
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subjects Actuation
Energy conversion
Magnetic fields
Magnetism
Magnetostriction
modeling
Self-similarity
Sensors
Strain
Strain gauges
title Self-Similarity in Magnetostrictive Materials: An Experimental Point of View
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