FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)

FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)

Equal Channel Angular Extrusion (ECAE) is known as a severe plastic deformation process and material is deformed without any geometrical change. It is widely used for obtaining high mechanical properties from the product. Direct Extrusion is another plastic deformation process in which a workpiece i...

Full description

Bibliographic Details
Main Author: ÖNDER AYER
Format: Article
Language:English
Published: Polish Association for Knowledge Promotion 2015-06-01
Series:Applied Computer Science
Subjects:
FEM
Equal Channel Angular Extrusion
Direct Extrusion
DEFORM 3D
Online Access:http://acs.pollub.pl/pdf/v11n2/5.pdf
id doaj-12783fb6674f43efbfb1f38c701320e9
record_format Article
spelling doaj-12783fb6674f43efbfb1f38c701320e92020-11-24T22:05:35ZengPolish Association for Knowledge PromotionApplied Computer Science1895-37352353-69772015-06-01112FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)ÖNDER AYER0Trakya University, Department of Mechanical Engineering, Ahmet Karadeniz Yerleşkesi, 22030 Edirne, Turkey, onderayer@trakya.edu.trEqual Channel Angular Extrusion (ECAE) is known as a severe plastic deformation process and material is deformed without any geometrical change. It is widely used for obtaining high mechanical properties from the product. Direct Extrusion is another plastic deformation process in which a workpiece is reduced in cross-section by forcing it through the die opening of a small cross-sectional area than that of the original billet. In this study, these two processes are combined together via using DEFORM 3D which is a very specialized software for metal forming operations. Lead is used as workpiece material to simulate hot forming conditions and also process parameters (die angle and die land length) were investigated. The forming load and strain components were calculated from the FEM results obtained from DEFORM 3D software.http://acs.pollub.pl/pdf/v11n2/5.pdfFEMEqual Channel Angular ExtrusionDirect ExtrusionDEFORM 3D
collection DOAJ
language English
format Article
sources DOAJ
author ÖNDER AYER
spellingShingle ÖNDER AYER
FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)
Applied Computer Science
FEM
Equal Channel Angular Extrusion
Direct Extrusion
DEFORM 3D
author_facet ÖNDER AYER
author_sort ÖNDER AYER
title FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)
title_short FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)
title_full FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)
title_fullStr FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)
title_full_unstemmed FEM SIMULATION OF COMBINED EXTRUSION METHOD (ECAE/DIRECT EXTRUSION)
title_sort fem simulation of combined extrusion method (ecae/direct extrusion)
publisher Polish Association for Knowledge Promotion
series Applied Computer Science
issn 1895-3735
2353-6977
publishDate 2015-06-01
description Equal Channel Angular Extrusion (ECAE) is known as a severe plastic deformation process and material is deformed without any geometrical change. It is widely used for obtaining high mechanical properties from the product. Direct Extrusion is another plastic deformation process in which a workpiece is reduced in cross-section by forcing it through the die opening of a small cross-sectional area than that of the original billet. In this study, these two processes are combined together via using DEFORM 3D which is a very specialized software for metal forming operations. Lead is used as workpiece material to simulate hot forming conditions and also process parameters (die angle and die land length) were investigated. The forming load and strain components were calculated from the FEM results obtained from DEFORM 3D software.
topic FEM
Equal Channel Angular Extrusion
Direct Extrusion
DEFORM 3D
url http://acs.pollub.pl/pdf/v11n2/5.pdf
work_keys_str_mv AT onderayer femsimulationofcombinedextrusionmethodecaedirectextrusion
_version_ 1725825662381457408

Similar Items