Abstract
This paper proposes a method for simulation of axisymmetric cold plastic deformation processes with allowance for the microstructure of steel. The results of the method approbation relating to rod drawing process for low carbon non alloy steel (0.2% carbon) are described. A comparative analysis of the stress and strain state parameters and their distribution at macro and micro levels of a metal in the deformation zone was carried out. The micro model, in contrast to the macro model, has allowed more accurate values of stress and strain state to be obtained and multiple stress and strain localizations to be revealed due to the microstructural constituent interaction.
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