Texture, Stress, and Microstructure

Texture, Stress, and Microstructure / 1994 / Article

Open Access

Volume 22 |Article ID 306079 | https://doi.org/10.1155/TSM.22.261

C. Schuman, C. Esling, M. J. Philippe, M. Hergesheimer, M. Jallon, A. Lefort, "Texture Evolution During the Drawing of Low Carbon Steel", Texture, Stress, and Microstructure, vol. 22, Article ID 306079, 18 pages, 1994. https://doi.org/10.1155/TSM.22.261

Texture Evolution During the Drawing of Low Carbon Steel

Received15 Nov 1993
Accepted15 Apr 1994


This study deals with the texture evolution during drawing of interstitial-free low carbon steels under different conditions to study the possible influence of the drawing direction, deformation rate and metal/die friction coefficient. The drawing has been carried out without intermediary annealing, with constant die angle and deformation rate per pass. In all cases, a 110 fibre texture has been observed at the early stage of deformation (a few percents). The drawing direction, whether alternate or unidirectional, has little effect on texture. Slight differences only in the intensity of peaks on pole figures (PFs) are noted. Alternate drawing leads to higher drawing limits. The grain size affects both the texture and the mechanical properties, which are improved by fine grains. For industrial drawing, i.e. at a high deformation rate, no texture gradient has been clearly observed. Nevertheless, slight differences have been noted in the PF intensities, with generally a slightly sharper texture in the core, compared to the surface. The microhardness tests show no hardness gradient. In slow drawing (low deformation rate), there is a weak texture gradient which disappears at larger deformation. In order to visualize the influence of the metal/die friction, we used a material covered with copper. Results show that at a given reduction rate, the material covered with copper shows peak intensities on the (110) PF which are half these of a material drawn under conventional conditions. The drawing textures of BCC materials always present a 110 fibre texture. A modeling of the texture evolution during drawing has also been carried out using the Taylor model.

Copyright © 1994 Hindawi Publishing Corporation. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

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