Dilatometric analysis of cooling curves for high strength steel X155CrMoV12

The article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool steel. Dilatation analyses of a series of samples were performed at various cooling rates, chosen in the range from 10 °C/s to 0,1°C/s. Acquired experimental data were used for evaluation of dilatometric...

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Main Authors: M. Krbaťa, J. Majerik, I. Barenyi, M. Eckert, R. Čep, J. Sedlak, I. Samardžić
Format: Article
Language:English
Published: Croatian Metallurgical Society 2022-01-01
Series:Metalurgija
Subjects:
Online Access:https://hrcak.srce.hr/file/381635
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author M. Krbaťa
J. Majerik
I. Barenyi
M. Eckert
R. Čep
J. Sedlak
I. Samardžić
author_facet M. Krbaťa
J. Majerik
I. Barenyi
M. Eckert
R. Čep
J. Sedlak
I. Samardžić
author_sort M. Krbaťa
collection DOAJ
description The article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool steel. Dilatation analyses of a series of samples were performed at various cooling rates, chosen in the range from 10 °C/s to 0,1°C/s. Acquired experimental data were used for evaluation of dilatometric curves in order to map the temperature ranges of phase transformations of the austenite to pearlite, bainite or martensite. All experimental samples from dilatometric analyses were then subjected to microstructural analyses and hardness measurements to characterize the microstructure and hardness for each tested heat treatment regime.
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spelling doaj.art-27b966321a0a4f5f8f8b56858efda0052022-12-21T20:06:18ZengCroatian Metallurgical SocietyMetalurgija0543-58461334-25762022-01-01611193196Dilatometric analysis of cooling curves for high strength steel X155CrMoV12M. Krbaťa0J. Majerik1I. Barenyi2M. Eckert3R. Čep4J. Sedlak5I. Samardžić6Faculty of Special Technology TnUAD Trenčín, Slovak RepublicFaculty of Special Technology TnUAD Trenčín, Slovak RepublicFaculty of Special Technology TnUAD Trenčín, Slovak RepublicFaculty of Special Technology TnUAD Trenčín, Slovak RepublicFaculty of Mechanical Engineering VSBTU Ostrava, Czech RepublicFaculty of Mechanical Engineering FSI VUT Brno, Czech RepublicUniversity of Slavonski Brod, CroatiaThe article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool steel. Dilatation analyses of a series of samples were performed at various cooling rates, chosen in the range from 10 °C/s to 0,1°C/s. Acquired experimental data were used for evaluation of dilatometric curves in order to map the temperature ranges of phase transformations of the austenite to pearlite, bainite or martensite. All experimental samples from dilatometric analyses were then subjected to microstructural analyses and hardness measurements to characterize the microstructure and hardness for each tested heat treatment regime.https://hrcak.srce.hr/file/381635dilatometryX155CrMoV12temperaturecooling ratemartensite
spellingShingle M. Krbaťa
J. Majerik
I. Barenyi
M. Eckert
R. Čep
J. Sedlak
I. Samardžić
Dilatometric analysis of cooling curves for high strength steel X155CrMoV12
Metalurgija
dilatometry
X155CrMoV12
temperature
cooling rate
martensite
title Dilatometric analysis of cooling curves for high strength steel X155CrMoV12
title_full Dilatometric analysis of cooling curves for high strength steel X155CrMoV12
title_fullStr Dilatometric analysis of cooling curves for high strength steel X155CrMoV12
title_full_unstemmed Dilatometric analysis of cooling curves for high strength steel X155CrMoV12
title_short Dilatometric analysis of cooling curves for high strength steel X155CrMoV12
title_sort dilatometric analysis of cooling curves for high strength steel x155crmov12
topic dilatometry
X155CrMoV12
temperature
cooling rate
martensite
url https://hrcak.srce.hr/file/381635
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