Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission

This paper deals with the non destructive evaluation of components after the plasma nitridation via the Barkhausen noise techniques. Effect of different surface states before the plasma nitriding is studied via the non destructive Barkhausen noise technique, as well as the conventional destructive t...

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Main Authors: Miroslav Neslusan, Jan Moravec
Format: Article
Language:English
Published: University of Žilina 2019-02-01
Series:Communications
Subjects:
Online Access:https://komunikacie.uniza.sk/artkey/csl-201901-0004_influence-of-components-bending-on-the-consecutive-plasma-nitridation-and-barkhausen-noise-emission.php
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author Miroslav Neslusan
Jan Moravec
author_facet Miroslav Neslusan
Jan Moravec
author_sort Miroslav Neslusan
collection DOAJ
description This paper deals with the non destructive evaluation of components after the plasma nitridation via the Barkhausen noise techniques. Effect of different surface states before the plasma nitriding is studied via the non destructive Barkhausen noise technique, as well as the conventional destructive techniques. Bending of flat samples to different bending angles was performed and magnetic, as well as conventional destructive testing, was carried out on the outer, inner and flat surfaces. The results of experiments show that the Barkhausen noise emission is a function of the heat treatment, whereas intensity of bending and the corresponding deformation are only minor. The different states of the surface before the plasma nitriding result into the similar thickness of the compound layer. Furthermore, the underlying diffusion of near the surface layer state is different.
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spelling doaj.art-acc42e5a281349c681cf593c1c9df0da2023-06-28T07:44:06ZengUniversity of ŽilinaCommunications1335-42052585-78782019-02-01211222710.26552/com.C.2019.1.22-27csl-201901-0004Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise EmissionMiroslav Neslusan0Jan Moravec1Faculty of Mechanical Engineering, University of Zilina, SlovakiaFaculty of Mechanical Engineering, University of Zilina, SlovakiaThis paper deals with the non destructive evaluation of components after the plasma nitridation via the Barkhausen noise techniques. Effect of different surface states before the plasma nitriding is studied via the non destructive Barkhausen noise technique, as well as the conventional destructive techniques. Bending of flat samples to different bending angles was performed and magnetic, as well as conventional destructive testing, was carried out on the outer, inner and flat surfaces. The results of experiments show that the Barkhausen noise emission is a function of the heat treatment, whereas intensity of bending and the corresponding deformation are only minor. The different states of the surface before the plasma nitriding result into the similar thickness of the compound layer. Furthermore, the underlying diffusion of near the surface layer state is different.https://komunikacie.uniza.sk/artkey/csl-201901-0004_influence-of-components-bending-on-the-consecutive-plasma-nitridation-and-barkhausen-noise-emission.phpbendingplasma nitridationbarkhausen noise
spellingShingle Miroslav Neslusan
Jan Moravec
Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission
Communications
bending
plasma nitridation
barkhausen noise
title Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission
title_full Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission
title_fullStr Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission
title_full_unstemmed Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission
title_short Influence of Components Bending on the Consecutive Plasma Nitridation and Barkhausen Noise Emission
title_sort influence of components bending on the consecutive plasma nitridation and barkhausen noise emission
topic bending
plasma nitridation
barkhausen noise
url https://komunikacie.uniza.sk/artkey/csl-201901-0004_influence-of-components-bending-on-the-consecutive-plasma-nitridation-and-barkhausen-noise-emission.php
work_keys_str_mv AT miroslavneslusan influenceofcomponentsbendingontheconsecutiveplasmanitridationandbarkhausennoiseemission
AT janmoravec influenceofcomponentsbendingontheconsecutiveplasmanitridationandbarkhausennoiseemission