ISSN 2594-5327
56th Congresso anual — Vol. 56 , num. 1 (2001)
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Abstract
The analysis of strain in drawing has been performed through experimental methods and numerical techniques. The experimental methods commonly involve complex tests/procedures or can lead to uncertain results. On the other hand, numerical techniques have been successfully applied in forming processes simulation, and seem to be an efficient alternative for the study of the metal flow. In this paper, the study of the strain in bar drawing has been accomplished by the finite element method. Two materials were used, 304 and 420 stainless steel, and four drawing variants were considered. The results were observed in terms of the strain distribution in the drawn bar cross section and the average strain/redundant deformation factor.
The analysis of strain in drawing has been performed through experimental methods and numerical techniques. The experimental methods commonly involve complex tests/procedures or can lead to uncertain results. On the other hand, numerical techniques have been successfully applied in forming processes simulation, and seem to be an efficient alternative for the study of the metal flow. In this paper, the study of the strain in bar drawing has been accomplished by the finite element method. Two materials were used, 304 and 420 stainless steel, and four drawing variants were considered. The results were observed in terms of the strain distribution in the drawn bar cross section and the average strain/redundant deformation factor.
Keywords
drawing, strain, finite element method
drawing, strain, finite element method
How to cite
Corrêa, Elaine Carballo Siqueira; Silva, Rodrigo Freitas da; Friche, Gustavo Henrique Silva; Aguilar, Maria Teresa Paulino; Cetlin, Paulo Roberto.
ANALYSIS OF STRAIN IN STAINLESS STEEL ROD DRAWING THROUGH THE FINITE ELEMENT METHOD,
p. 1141-1149.
In: 56th Congresso anual,
Belo Horizonte, Brasil,
2001.
ISSN: 2594-5327, DOI 10.5151/2594-5327-C01192
