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The Industrial Application of Aluminum Superplastic Forming

  • A. J. Barnes (a1)

Abstract

Over the past thirty years superplastic aluminum forming has advanced from a laboratory curiosity to a well established manufacturing route. Applications are now found in many and diverse markets, including: medical systems, specialist automobiles, rail cars, architectural panels and all types of aircraft.

This paper examines the reasons for success in these markets and explores future prospects including the potential for fast forming alloys currently under development.

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References

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[1] Bengough, G.D., J. Inst. Metals 7, 123 (1912).
[2] Pearson, C.E., J. Inst. Metals 54, 111 (1934).
[3] Bochvar, A.A. and Sirderskaja, Z.A., Izvest. Akad. Nauk SSSR, OTN, N 9, 881 (1945).
[4] Presnjakov, A.A. and Chevyakova, V.V., lzvest. Akad. Nauk SSSR OTN, N3, 120, (1958).
[5] Bachofen, W.A., Turner, I.R. and Avery, D.H., Trans. ASM 57, 980 (1964).
[6] Fields, D.S. Jr , IBMJ. Res. Dev. 9. 134 (1965).10.1147/rd.92.0134
[7] Hundy, B.B.: Plasticty and Superplasticity Inst. Met. London, Review Course Series 2 (3) 73 (1969).
[8] Grimes, R., Stowell, M.J. and Watts, B.M.: Aluminium, 51, 720 (1975).
[9] Buchanan, J.A.F.: Innovation Alanagemenh in Metallurgy. Inst. Met. Review Course Series 3 (4) 811-75-T (1975).
[10] Watts, B.M., Stowell, M.J., Baikie, B.L. and E, D.G.. Owen Met. Sci. 1189-206, June. (1976).
[11] Mahon, G.J., Warrington, D., Grimes, R. and Butler, R.G.. Materials Science Forum Vols. 170–172 (1994).
[12] Mahon, G.J.: Alcan Int. Report No. GTA04-90 (1994).
[13] Al-Naib, T.Y.M. and Duncan, J.L.. Inst. J. mech. Sci. vol 12 pp 463477 (1970).10.1016/0020-7403(70)90074-3
[14] Yamagata, H., Mat.Sci. Forum, vol 304–306 pp 797804 (1970).
[15] Superform Aluminium, Inform Brochure-25 year anniversary edition.
[16] Barnes, A.J., Caltanch, J.B.: Advances in Thermoplastic Composite F'abrication, Technology, Proceedings 2dnd Conf. in Materials Engineering. IN Eng., London. (1985).
[17] Laycock, D.B.: Superplastic torming of Structural Alloys, Paton, N.E. and Hamilton, C.H. ed. AIME pp 257271. 1982).
[18] Barnes, A.J. Design Optimization. fr Superplasticity TMS/AIME Conf San Diego (1982).
[19] Sadeghi, R.S. and Pursell, Z.S.. Mat. Sai. Forum vols. 170–172 pp 571576(1994).10.4028/www.scientific.net/MSF.170-172.571
[20] Rebelo, N. and Wertheimer, T.B.. Finite Element Simulation of Superplastc lorming Proc. 16th North American Manufacturing Research Donf. Urbana, IL (1998).
[21] Massoni, E., Bellet, M. and Arenot, J.L.. Thin Sheet Forming Numerical Analysis Modeling of Metal Forming Processes, Sophia Antipolis, France. pp 187196 (1988).
[22] Bonet, J., Wood, R.D. and Wargadipura, A.H.S. Int. J. Numerical Methods in Aug. Vol 30, 17191737 (1990).10.1002/nme.1620300823
[23] Barnes, A.J., Mater. Sci. Forum 170–172 pp 701714. (1994).10.4028/www.scientific.net/MSF.170-172.701
[24] Mabuchi, M. and Higashi, K.. JOM. June 1998 pp 3439.10.1007/s11837-998-0125-9
[25] Sherby, O.D. and Ruano, O.A.: Superplastic Forming of Structural Alloys, Paton, N.E. and Hamilton, C.H. ed. AIME pp 241254 (1982).
[26] Langdon, T.G., Furukawa, M., Honita, Z. and Nemoto, M.. JOM June 1998 pp 4145.10.1007/s11837-998-0126-8
[27] Barnes, A.J., Mat. Sci Forum vols. 304–306 1999 pp 785796.10.4028/www.scientific.net/MSF.304-306.785
[28] Times, L.A., Business section P 3 May 17th 1999.

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The Industrial Application of Aluminum Superplastic Forming

  • A. J. Barnes (a1)

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