Analysis of temperature and component form-error variation with the manufacturing cycle during the forward extrusion of components

Y. Qin, R. Balendra, K. Chodnikiewicz

Research output: Contribution to journalArticle

5 Citations (Scopus)

Abstract

The definition of the form-errors of component in nett-forging required the analysis of error generation by considering both thermal and mechanical factors in the forging. To-date, however, most of the analyses have only referred to a single manufacturing cycle. Since forging productions are largely multi-cycle operations, component form-errors can vary with the manufacturing cycle. Using a developed procedure, the temperature change in the die during multi-cycle forward extrusion operations was computed. The computed temperature distributions in the die were then used for initiating the analysis of component form-errors for given manufacturing cycles. The analysis refers to forward extrusion for both single solid die- and compound die-set-configurations.
LanguageEnglish
Pages171-180
Number of pages10
JournalJournal of Materials Processing Technology
Volume145
Issue number2
DOIs
Publication statusPublished - 2004

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Extrusion
Forging
Manufacturing
Cycle
Die
Temperature
Temperature Distribution
Temperature distribution
Form
Vary
Configuration

Keywords

  • nett-forging
  • forward extrusion
  • temperature
  • form-error
  • error generation
  • thermal factors
  • mechanical factors

Cite this

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title = "Analysis of temperature and component form-error variation with the manufacturing cycle during the forward extrusion of components",
abstract = "The definition of the form-errors of component in nett-forging required the analysis of error generation by considering both thermal and mechanical factors in the forging. To-date, however, most of the analyses have only referred to a single manufacturing cycle. Since forging productions are largely multi-cycle operations, component form-errors can vary with the manufacturing cycle. Using a developed procedure, the temperature change in the die during multi-cycle forward extrusion operations was computed. The computed temperature distributions in the die were then used for initiating the analysis of component form-errors for given manufacturing cycles. The analysis refers to forward extrusion for both single solid die- and compound die-set-configurations.",
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KW - nett-forging

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KW - mechanical factors

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