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Proceedings ArticleDOI

Virtual instrument to measure the magnetic properties of annealed components

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TLDR
A suitable magnetic fixture that can accommodate test samples of various inner and outer diameters and a virtual instrument that has been developed to perform the comparison method of testing for the annealed samples are presented.
Abstract
This paper presents a new technique based on comparison method of testing to distinguish an annealed magnetic sample from a non-annealed sample of same dimensions. In order to perform this test, a suitable magnetic fixture that can accommodate test samples of various inner and outer diameters has been developed and described in the paper. The paper also gives details of a virtual instrument that has been developed to perform the comparison method of testing for the annealed samples. Using the developed instrument, the samples can be tested after the manufacturing process without any further machining. The performance of the developed instrument has been verified by conducting measurements on different samples of known magnetic properties. The instrument developed distinguished the annealed samples from the non-annealed samples accurately.

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Journal ArticleDOI

Effect of the annealing temperature on the structure and magnetic properties of 3% Si non-oriented steel

TL;DR: In this paper, steel samples cold rolled in two stages with an intermediate annealing were finally annealed in the temperature range 540 −980 −C. Texture improvement on further grain growth resulted in simultaneous decrease of core loss and increase of polarization.
Journal ArticleDOI

Grain Size Reduction and Magnetic Property of Fe-Pd-Rh Alloys

TL;DR: In this paper, Fe30Pd-2Rh (at%) ferromagnetic shape memory (FSM) alloys were forged to a 40-45% reduction in thickness and thermally annealed at 950degC-1000degC for various times to generate recrystallization.
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