Changing magnetic parameters of structural 30KH13 (30X13) steel in relation to the heat treatment and low-cycle loading

The paper considers the magnetoelastic demagnetization of low carbon steel 30X13 under the action of cyclic loading. The change of the piezo-magnetic effect on the state of steel and the number of loading cycles is studied. The study used a wavelet transform to describe the state of the material und...

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Published in:IOP conference series. Materials Science and Engineering 2019-04, Vol.510 (1), p.12016
Main Authors: Probotyuk, V V, Novikov, V F, Muratov, K R, Sokolov, R A
Format: Article
Language:English
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Cyclic loads
Heat treatment
Low carbon steels
Magnetic effects
Magnetic properties
Metal fatigue
Wavelet transforms
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Novikov, V F
Muratov, K R
Sokolov, R A
description The paper considers the magnetoelastic demagnetization of low carbon steel 30X13 under the action of cyclic loading. The change of the piezo-magnetic effect on the state of steel and the number of loading cycles is studied. The study used a wavelet transform to describe the state of the material under cyclic loading. It is established that the wavelet transform reflects the processes of fatigue changes going in steel.
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subjects Cyclic loads
Heat treatment
Low carbon steels
Magnetic effects
Magnetic properties
Metal fatigue
Wavelet transforms
title Changing magnetic parameters of structural 30KH13 (30X13) steel in relation to the heat treatment and low-cycle loading
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