Abstract
In order to design an energy-efficient motor, it is necessary to clarify the magnetic property of Fe-based amorphous alloys under stress. However, it is difficult to measure the magnetic property of amorphous alloys under stress because a single amorphous ribbon buckles easily under compressive stress. In this paper, we describe our measurement device equipped with a stress loading mechanism of thin ribbon and laminated bulk and compare the measurement results. Our results confirm that when the stress less than -10 MPa is applied, the deviation of maximum magnetic field's strength at 0.5, 1, and 1.3 T increases almost linearly by compressive stress.
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