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Articles

The Role of Internal Stress in the High-Temperature Deformation of Copper

Pages 6-8 | Published online: 18 Jul 2013

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Rune Lagneborg. (1972) Dislocation Mechanisms in Creep. International Metallurgical Reviews 17:1, pages 130-146.
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G. B. Gibbs. (1971) A general dislocation model for high-temperature creep. The Philosophical Magazine: A Journal of Theoretical Experimental and Applied Physics 23:184, pages 771-780.
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D.J. Lloyd, P.J. Worthn & J.D. Embury. (1970) Dislocation dynamics in the copper-tin system. The Philosophical Magazine: A Journal of Theoretical Experimental and Applied Physics 22:180, pages 1147-1160.
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D. J. Abson & J. J. Jonas. (1970) The Hall–Petch Relation and High-Temperature Subgrains. Metal Science Journal 4:1, pages 24-28.
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G. Streb & B. Reppich. (1973) Steady state deformation and dislocation structure of pure and Mg-doped LiF single crystals. II. Etch pit studies of dislocation structure. Physica Status Solidi (a) 16:2, pages 493-505.
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H. Oikawa, T. Kato & S. Karashima. (1973) Activation Parameters of High-Temperature Creep in Nickel, and in Ni-9.5at% Cr and Ni-10.3at% W Alloys. Transactions of the Japan Institute of Metals 14:5, pages 389-395.
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G.S. Murty. (1972) Internal stresses in a superplastic Mg alloy. Scripta Metallurgica 6:8, pages 663-666.
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M Boček & D Preininger. (1972) Investigations of the mean internal stress during stress relaxation at hightemperatures. Materials Science and Engineering 9, pages 301-311.
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G. L. Dunlop & D. M. R. Taplin. (1972) The tensile properties of a superplastic aluminium bronze. Journal of Materials Science 7:1, pages 84-92.
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