COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION

The computer modeling of the strain distribution in the structure of ductile iron with ferrite-pearlite matrix and inclusions of spherical graphite dependence on increasing degree of deformation during direct hot extrusion was researched. Using a software system of finite-element analysis ANSYS the...

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Main Authors: A. I. Pokrovsky, V. A. Kovtun, Т. V. Ryabchenko, I. Khrol
Format: Article
Language:English
Published: Belarusian National Technical University 2017-03-01
Series:Литьë и металлургия
Subjects:
Online Access:https://lim.bntu.by/jour/article/view/1740
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author A. I. Pokrovsky
V. A. Kovtun
Т. V. Ryabchenko
I. Khrol
author_facet A. I. Pokrovsky
V. A. Kovtun
Т. V. Ryabchenko
I. Khrol
author_sort A. I. Pokrovsky
collection DOAJ
description The computer modeling of the strain distribution in the structure of ductile iron with ferrite-pearlite matrix and inclusions of spherical graphite dependence on increasing degree of deformation during direct hot extrusion was researched. Using a software system of finite-element analysis ANSYS the numerical values of the strains at the phase boundaries: ferrite-perlite, graphiteferrite and also inside the graphite inclusions were defined. The analysis of the strain distribution in the investigated structures was performed and local zones of increased strains were discovered. The results of modeling are compared with metallographic analysis and fracture patterns. The obtained results could be used in the prediction of fracture zones in the cast iron products.
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institution Kabale University
issn 1683-6065
2414-0406
language English
publishDate 2017-03-01
publisher Belarusian National Technical University
record_format Article
series Литьë и металлургия
spelling doaj-art-5f2da28d0f3041baa3619ae95b5f31122025-02-03T11:51:17ZengBelarusian National Technical UniversityЛитьë и металлургия1683-60652414-04062017-03-010112313510.21122/1683-6065-2017-1-123-1351730COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSIONA. I. Pokrovsky0V. A. Kovtun1Т. V. Ryabchenko2I. Khrol3Physical-Engineering Institute of the NAS of BelarusGomel branch of University of civil defenseV.A. Belyi Metal Polymer Research InstituteMinistry of Industry of the Republic of BelarusThe computer modeling of the strain distribution in the structure of ductile iron with ferrite-pearlite matrix and inclusions of spherical graphite dependence on increasing degree of deformation during direct hot extrusion was researched. Using a software system of finite-element analysis ANSYS the numerical values of the strains at the phase boundaries: ferrite-perlite, graphiteferrite and also inside the graphite inclusions were defined. The analysis of the strain distribution in the investigated structures was performed and local zones of increased strains were discovered. The results of modeling are compared with metallographic analysis and fracture patterns. The obtained results could be used in the prediction of fracture zones in the cast iron products.https://lim.bntu.by/jour/article/view/1740hot plastic deformationductile ironstructuremetal matrixinclusion of graphite
spellingShingle A. I. Pokrovsky
V. A. Kovtun
Т. V. Ryabchenko
I. Khrol
COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION
Литьë и металлургия
hot plastic deformation
ductile iron
structure
metal matrix
inclusion of graphite
title COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION
title_full COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION
title_fullStr COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION
title_full_unstemmed COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION
title_short COMPUTER MODELING OF STRAINS ON PHASE BOUNDARIES IN DUCTILE CAST IRON AT HOT EXTRUSION
title_sort computer modeling of strains on phase boundaries in ductile cast iron at hot extrusion
topic hot plastic deformation
ductile iron
structure
metal matrix
inclusion of graphite
url https://lim.bntu.by/jour/article/view/1740
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AT tvryabchenko computermodelingofstrainsonphaseboundariesinductilecastironathotextrusion
AT ikhrol computermodelingofstrainsonphaseboundariesinductilecastironathotextrusion