EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS

An alloyed steel grade for machine parts construction used in industry have been considered and this material was subjected to a classical improvement treatment or a thermo-magnetic treatment before a plasma nitriding process – the last one being a thermo - chemical treatment. Studying the superfici...

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Main Author: PAPADATU Carmen Penelopi
Format: Article
Language:English
Published: Cahul State University ”B.P.Hasdeu” 2019-12-01
Series:Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies
Subjects:
Online Access:http://jees.usch.md/wp-content/uploads/2020/03/CZU-97-100.pdf
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spelling doaj-38400714ff154b9ba0e75119127476af2020-11-25T02:58:39ZengCahul State University ”B.P.Hasdeu”Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies 2587-313X2587-31212019-12-01269699EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGSPAPADATU Carmen Penelopi 0Dunarea de Jos University of Galati, RomaniaAn alloyed steel grade for machine parts construction used in industry have been considered and this material was subjected to a classical improvement treatment or a thermo-magnetic treatment before a plasma nitriding process – the last one being a thermo - chemical treatment. Studying the superficial layer, it was taken in consideration the distribution of the phases in case of the classic treatment procedure versus the case of the non-conventional treatment in magnetic field applied before plasma (ion) nitriding. Plasma nitriding applied after a non-conventional treatment in magnetic field to the steel used in industry, have been studied in this paper. The samples have been tested using an Amsler stand for wear tests (dry friction) and the diffractometric analysis completed this study.This study is a short review of the researches realized in the last few years http://jees.usch.md/wp-content/uploads/2020/03/CZU-97-100.pdfsteelnon-conventional treatment
collection DOAJ
language English
format Article
sources DOAJ
author PAPADATU Carmen Penelopi
spellingShingle PAPADATU Carmen Penelopi
EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS
Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies
steel
non-conventional treatment
author_facet PAPADATU Carmen Penelopi
author_sort PAPADATU Carmen Penelopi
title EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS
title_short EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS
title_full EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS
title_fullStr EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS
title_full_unstemmed EFFECTS OF THE NON-CONVENTIONAL TREATMENT IN MAGNETIC FIELD APPLIED ON A STEEL FOR GEARINGS
title_sort effects of the non-conventional treatment in magnetic field applied on a steel for gearings
publisher Cahul State University ”B.P.Hasdeu”
series Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies
issn 2587-313X
2587-3121
publishDate 2019-12-01
description An alloyed steel grade for machine parts construction used in industry have been considered and this material was subjected to a classical improvement treatment or a thermo-magnetic treatment before a plasma nitriding process – the last one being a thermo - chemical treatment. Studying the superficial layer, it was taken in consideration the distribution of the phases in case of the classic treatment procedure versus the case of the non-conventional treatment in magnetic field applied before plasma (ion) nitriding. Plasma nitriding applied after a non-conventional treatment in magnetic field to the steel used in industry, have been studied in this paper. The samples have been tested using an Amsler stand for wear tests (dry friction) and the diffractometric analysis completed this study.This study is a short review of the researches realized in the last few years
topic steel
non-conventional treatment
url http://jees.usch.md/wp-content/uploads/2020/03/CZU-97-100.pdf
work_keys_str_mv AT papadatucarmenpenelopi effectsofthenonconventionaltreatmentinmagneticfieldappliedonasteelforgearings
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