Magnetostrictive performance of additively manufactured CoFe rods using the LENSTM system
Abstract
Magnetostrictive materials exhibit a strain in the presence of a variable magnetic field. While they normally require large, highly oriented crystallographic grains for high strain values, metal additive manufacturing (3D printing) may be able to produce highly textured polycrystalline rods, with properties comparable to those manufactured using the more demanding free standing zone melting (FSZM) technique. Rods of Co75.8Fe24.2 and Co63.7Fe36.3...
Paper Details
Title
Magnetostrictive performance of additively manufactured CoFe rods using the LENSTM system
Published Date
Dec 7, 2017
Journal
Volume
8
Issue
5
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