Abstract
As described by means of quantitative pole figures, the inside texture of highly rolled aluminum and copper strips may be approximately described by four equivalent ideal orientations near (123) [12̄1]. If rolled in reversed passes, the surface texture of copper is also near (123) [12̄1], that of aluminum is (100) [011]. The inside texture of highly rolled brass is (110) [1̄12]. The surface texture is the same, if rolled in reversed passes. The surface texture of all three metals is related to the inside texture, but asymmetrical, if rolled without reversal between passes.
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References
G. Wassermann: Texturen Metallischer Werkstofie. (1939) Berlin.
C. S. Barrett: Structure of Metals. 1st ed. p. 395 (1943) New York. McGraw-Hill Book Co.
R. M. Brick: Deformation Textures. Cold Working of Metals, p. 99 (1949) Cleveland. A.S.M.
T. Ll. Richards: Preferred Orientation in Nonferrous Metals. Progress in Metal Physics. Edited by B. Chalmers. Vol. I, p. 281 (1949). London and New York.
B. F. Decker, E. T. Asp, and D. Harker: Preferred Orientation Determination Using a Geiger Counter X-ray Diffraction Goniometer. Journal of Applied Physics (1948) 19, p. 388.
L. G. Schulz: A Direct Method of Determining Preferred Orientation of a Flat Reflection Sample using a Geiger Counter X-ray Spectrometer. Journal of Applied Physics (1949) 20, p. 1030.
G. Vargha and G. Wassermann: Uber die Abhangigkeit d. Kristallitanordnung in gewalzten Aluminium blechen von der Blechdicke. Metallwirtschaft (1933) 12, p. 511.
Hsun Hu and P. A. Beck: Rolling Texture in Aluminum. Journal of Metals (October 1950) p. 1214.
Hsun Hu: Annealing Textures in Face-centered Cubic Metals. Thesis, University of Notre Dame (1951).
W. P. Chernock and P. A. Beck: Analysis of Certain Errors in the X-ray Reflection Method for the Quantitative Determination of Preferred Orientations. To be published in Journal of Applied Physics.
V. Goeler and G. Sachs: Walz- und Rekristallisation stextur regulaer-flaechen-zentrierter Metalle I. Ztsch. f. Physik (1927) 41, p. 873.
C. S. Barrett and F. W. Steadman: Structure of Copper After Rolling. Trans. AIME (1942) 147, p. 57.
J. F. H. Custers: Uber die (111)-Reflexe im Gewalzten und Rekristallisierten Nickeleisen. Physica (1941) 8, p. 771.
Tentative Method for Preparing Quantitative Pole Figures of Metals. A.S.T.M. Designation: E81-49T (1949).
A. Guinier and J. Tennevin: Nouvelle Methode d’Étude aux Rayons X des Textures Cristallines. Revue Metallurgie (1948) 45, p. 277.
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Discussion on this paper, TP 3207E, may be sent, 2 copies, to AIME by April 1, 1952. Manuscript, July 2, 1951. New York Meeting, February 1952.
Part of this paper represents a portion of thesis by Hsun Hu submitted in partial fulfillment of requirements for the degree of Doctor of Philosophy to the Graduate School of the University of Notre Dame.
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Hu, H., Sperry, P.R. & Beck, P.A. Rolling Textures in Face-Centered Cubic Metals. JOM 4, 76–81 (1952). https://doi.org/10.1007/BF03397654
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DOI: https://doi.org/10.1007/BF03397654