The Experimental and Numerical Analysis of Trip Steel Wire Drawing Processes Drawn with Different Partial Reductions
The strain intensity and redundant strains, dependent
in multistage TRIP wire drawing processes from values used single
partial reductions, should influence on the intensity of transformation
the retained austenite into martensite and thereby on mechanical
properties of drawn wires. The numerical analysis of drawing
processes with use of Drawing 2D programme, for steel wires made
from TRIP steel with 0,29% has been shown in the work. The change
of strain intensity εc and the values of redundant strain εxy, has been
determined for particular draws in dependence of used single partial
reductions.
[1] Wiewiórowska S.: Analiza teoretyczno-eksperymentalna procesów
ciągnienia nowej generacji drutów ze stali TRIP. Series Monografie.
Częstochowa 18 (2011).
[2] Jabłońska M., Śmiglewicz: Analysis of substructure of high-Mn steels in
the context of dominant stress mechanism, Defect and Diffusion Forum
Vols. 334-335 (2013) pp 177-181.
[3] Grajcar A.: Struktura stali C-Mn-Si-Al kształtowana z udziałem
przemiany martenzytycznej indukowanej odkształceniem plastycznym.
Gliwice 2009.
[4] Zackay V.F., Parker E.R., Fahr D., Bush r.: Trans.ASM t.60, 1967, 252.
[5] Takahashi M., Yoshida H., Hiwatashi S.: Properties of TRIP type high
strength steels. TRIP – Int. Conf. on TRIP Aided High Strength Ferrous
Alloys, GRIPS – Proceeding, Ghent, Belgium, Germany, 2002, 103-112.
[6] Hiwatashi S., Takahashi M., Sakuma Y., Usuda M.: Effects of
Deformation-Induced Transformation of Retained Austenite on
Formability of High-Strength Steel Sheets. Proc. 26th ISATA, Dec. Conf.
On New and Alt. Mater. for Auto. Ind., 1993, 263-273.
[7] Wiewiórowska S., Muskalski Z.: Analysis of the influnece of drawing
speed on the amount of retained austenite in TRIP steel wires. Solid
State Phenomena, Vol. 199, (2013), pp. 379-383.
[8] Wiewiórowska S.: Intensification of the transformation of retained
austenite to martensite under the influence of change in the stress state in
wires of TRIP-steel type. „Hutnik–Wiadomości Hutnicze” nr 8, 2012, s.
659-662, ISSN 1230-3534.
[9] Milenin A.: "Program komputerowy Drawing2d", Hutnik-Wiadomości
Hutnicze, (2005) 2, 100-104.
[10] Wiewiórowska S., Muskalski Z. The effect of the die approach zone
shape on the transition of retained austenite and the mechanical
properties of wires of TRIP steel with a carbon content of 0.29%C. The
10th International Conference Mechatronic Systems and Materials. July
7-10, 2014, Opole, Poland.
[1] Wiewiórowska S.: Analiza teoretyczno-eksperymentalna procesów
ciągnienia nowej generacji drutów ze stali TRIP. Series Monografie.
Częstochowa 18 (2011).
[2] Jabłońska M., Śmiglewicz: Analysis of substructure of high-Mn steels in
the context of dominant stress mechanism, Defect and Diffusion Forum
Vols. 334-335 (2013) pp 177-181.
[3] Grajcar A.: Struktura stali C-Mn-Si-Al kształtowana z udziałem
przemiany martenzytycznej indukowanej odkształceniem plastycznym.
Gliwice 2009.
[4] Zackay V.F., Parker E.R., Fahr D., Bush r.: Trans.ASM t.60, 1967, 252.
[5] Takahashi M., Yoshida H., Hiwatashi S.: Properties of TRIP type high
strength steels. TRIP – Int. Conf. on TRIP Aided High Strength Ferrous
Alloys, GRIPS – Proceeding, Ghent, Belgium, Germany, 2002, 103-112.
[6] Hiwatashi S., Takahashi M., Sakuma Y., Usuda M.: Effects of
Deformation-Induced Transformation of Retained Austenite on
Formability of High-Strength Steel Sheets. Proc. 26th ISATA, Dec. Conf.
On New and Alt. Mater. for Auto. Ind., 1993, 263-273.
[7] Wiewiórowska S., Muskalski Z.: Analysis of the influnece of drawing
speed on the amount of retained austenite in TRIP steel wires. Solid
State Phenomena, Vol. 199, (2013), pp. 379-383.
[8] Wiewiórowska S.: Intensification of the transformation of retained
austenite to martensite under the influence of change in the stress state in
wires of TRIP-steel type. „Hutnik–Wiadomości Hutnicze” nr 8, 2012, s.
659-662, ISSN 1230-3534.
[9] Milenin A.: "Program komputerowy Drawing2d", Hutnik-Wiadomości
Hutnicze, (2005) 2, 100-104.
[10] Wiewiórowska S., Muskalski Z. The effect of the die approach zone
shape on the transition of retained austenite and the mechanical
properties of wires of TRIP steel with a carbon content of 0.29%C. The
10th International Conference Mechatronic Systems and Materials. July
7-10, 2014, Opole, Poland.
@article{"International Journal of Chemical, Materials and Biomolecular Sciences:71668", author = "Sylwia Wiewiorowska and Zbigniew Muskalski", title = "The Experimental and Numerical Analysis of Trip Steel Wire Drawing Processes Drawn with Different Partial Reductions", abstract = "The strain intensity and redundant strains, dependent
in multistage TRIP wire drawing processes from values used single
partial reductions, should influence on the intensity of transformation
the retained austenite into martensite and thereby on mechanical
properties of drawn wires. The numerical analysis of drawing
processes with use of Drawing 2D programme, for steel wires made
from TRIP steel with 0,29% has been shown in the work. The change
of strain intensity εc and the values of redundant strain εxy, has been
determined for particular draws in dependence of used single partial
reductions.", keywords = "Steel wire, TRIP steel, drawing processes, fem
modelling.", volume = "9", number = "12", pages = "1427-4", }