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The magnetostriction and dynamic magnetomechanical coupling properties of the epoxy-filled composites that were manufactured by replacing the eutectic phase with the epoxy were investigated as a function of the bias field and the RFe2 volume fraction. The composites were prepared with RFe2 volume fractions from 0.34 to 0.88 and were compared with as-grown crystals. The filled composites exhibit a greater maximum strain than do as-grown crystals, strongly dependent on the RFe2 volume fraction. Furthermore, the dynamic magnetomechanical coupling coefficient of the filled composite, which was measured by resonance analysis, shows a maximum value of 0.45at47.2kA∕m, the highest known value for [1–3] composite Terfenol-D and strongly dependent on the volume fraction of RFe2.

Magnetostriction and magnetomechanical coupling of grain-aligned Tb0.33Dy0.67Fey /epoxy-filled composites