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Unformatted text preview: MEéfW/l 52/3 5, References ‘L/dfij. X 547.) I. Schoutens, J. E. and Zarate, D. A., “Structural Indices in DeSign Optimization with Metal- Matrix Composites, ” Composites, I 7, 188-204, 1986 V 2. 'Aronson, R. B., “Metal-Matrix Composites—Materials of the Future, ” Machine Design, ' 68-73, Aug. 1985 3. Commercial Literature, Dural Aluminum Composite Corp, 987 * 4. Commercial Opportunities for Advanced Composites, ASTM—ST P 704, ed. By A. A. Watts, . Amer. Soc. Test. Mat ’ls., Philadelphia, PA, 1980 '5. Steinberg, M A., “Materials for Aerospace, ” Scientific American, ‘67- 72, Oct. 1986 6. Phillips, D. C., “High Temperature Fiber Composites, ” Proc. 6* Int ’1. Conf on Comp. Mat ’ls, London, edit by Matthews, F. L. Buskell, N.C.R. and Hodgkinson, J. 14., Vol. 1, 2.1- 2. 32, 1987 ' 7. Chou, T. W., Kelly, A. and Okura, A., “F iber-‘reinforced Metal-Matrix Composites, ” ' Composites, 5, 187-206, 1985 ' . 8. T rumper, R. L., Sherewood, P. J and Clifi’erord, A. W., “Metal-Matrix composites, ” Proc. V I Mat ’ls. In Aeronautical Society, London, April, 1986 - 9. Chamis, C. C., “Laminated and Reinforced Metals, ” in Encyclopedia of Chemical _ ' Technology, ” 3'dEd, edit by Kirk-0thmer, J. Wiley&Sons, 13, 1981 - t I ' 10. Commercial Literature, DWA Metal—Matrix Composites, Chatsworth, CA, USA. ' 11. thM/www.3m.com/market/industrial/mmc/component_overview.html 12. Kreider, K G., “Metal;Matrix Composites in Composites Materials, ” Vol. 4, Academic Press, 1974 l i 13. Mileiko, S. T., “Fabrication of Metal-Matrix Composites, ” in Fabrication of Composites, ed. By A. Kelly and T. Mileiko, North Holland, Chapt. 5, 221-294, 1983 '14. Mechanical Behavior of Metal-Matrix Composites, ed. By J E. Hack and M F. Amateau, '_ Metal. Soc. OfAIME, Warrendal, PA, 1983 l ‘15. Vinson, J. R andrChou, T. W., Composite Materials and their Use in Structures, J Wiley&Sons, 1975 l 16. COmmercial Literature, Nippon Carbon Co., Ltd, Tokyo, 1985 17. Commercial Literature, Ube Industries, Ltd, Tokyo, 1987 18. Vassilaros, M G. ,' Davis, D. A., Steckel, G. L. and Gudas, J. 17., “Marine Corrosion of . ' Graphite-Aluminum Composite, ” in Mechanical Behavior of Metal-Matrix Composites, ed. 7 I Byl E. Hack and M F. Amateau, Metal. Soc. Amer. 0f AIME, Warrendal, P. A., 335-352, 1983 ‘ . 19. Kagawa, Y. Utsunomiy, S., Kogo, Y. and Imaizumi, M, “Failure Behavior of T wo- Dimensional Random-Orientaed Short Carbon-Fiber Reinforced Aluminum under Stress Contration. ” 6th Int ’l. Conf. Comp. Mat ’ls., Londn, Vol. 2, edit by Matthew, Buskell, I I Hodgkinson and Morton, Elsevier Appl, Sci, 2199-2208, 198 7 - 20. Paultnoi, K. I., Salibekov, S. E., Svetlov, I. L. and Chubarov, V.M ., Structureal Properties 1 of Composite Materials, 1979 , I 21. Davis, L._ W, “How Metal-Matrix Composites are Made, ” in F iber-Strengthened Metallic Composites, ASTMSTP#427, Amer. Soc. Test. Mat ’ls., 69,1967 , a 22. Stuhrke, W. F., “The Mechanical Behavior of Aluminum Boron Composite Materials, ” . ASTM-ST P 438, Amer. Soc. Testing Mat ’ls., 108, 1968 l 23. Galasso, F. 5., High Modulus Fibers and Composites, Gordon and Breach Science Publishers, New York, 1969. _ 24. F uruta, T., Proc. NCKU/AAS Int ’1. Symp. on Engr. Sci. and Mechanics, Cheng Kung University, Taiwan, Dec. 1981 ' F 25. Commercial Literature, Cray Advanced Materials Ltd., Somerset, England. 26. Harrigan, W. C., Gaebler, G., Davis, E. and Levin, E. J., “Efi’ects of Hot Rolling on the mechanical Properties of SiC-Reinforced 6061 Aluminum, ” in Mechanical Behavior of Metal—Matrix Composites, ed. J. E. Hack and M. F. Amateau, Met. Soc. 0f AIME, 169-180, 1963 , 2 7. Kohyama, A., Hideshi, T. and Igata, N., “Radiation Efiects on SiC-Al Composite Materials, ” Proc. 6th Int ’l Conf on comp. Mat ’ls., edit by F.L.Mattew, N.C.R. Buskell, J.M.Hodgkins0n andJMorton, Vol. 2, London, 2,245-2.254,”1987 28. Commercial Literature, Goodfellow, Inc., Cambridge, England. _’ ‘29. Majidi, A. P., Yang, J. M. and Chou, T. W, Toughness Characteristics of Three- Dimensionally Braided A1203/Al-Li Composites, ” in Interfaces in Metal-Matrix Composites, ed. by A. K. Dhingra and S. G .Fishman, The Metallurgical Society, Inc., 2 7-44, 1986 30. Rawal, S. P., Allard, LE. and Misra, “Characterization of Interface Structure in Gr- Aland Gr-Mg Composites, ” Proc. 6th Int ’1 Conf Comp. Mat ’15, London, Vol. 2, 2.169— 2. 182, 1987 , ‘ ‘ 31 . Diwanji, A. P. and Hall, I. W., “Mechanical Properties and Fiber Matrix Interface in . Squeeze-Cast Graphite-Magnesium Metal-Matrix Composites, ” Ibid. 2. 265-2274 32. Smith, RR. and Froes, “Developments in Metal-Matrix Composites, ” .l Metals, 19- ‘ 26, March, 1984 33. Rabinovitch, M., Stohr, J.F., Khan, T. and‘Bibring, H., “Directionally Solidified _ Composites for Application at High Temperature, ” in Fabrication of Composites, ed. by A. Kelly and S. T. Mileiko, North Holland, Chapt.‘ 6, 295-3 72, 1983 34. Lemkey, F.D.,Hertzberg, R. W. and Ford, J. A., "The Microstructure, Crystallography and Mechanical Behavior of Unidirectionally Solidified Al-Al3Nl Eutectic, ” and “Mechanical Behavior of Lemellar (Al-CuAlZ) and Whisker Type Al—Al3Ni Unidirectionalbl-Solidified Eutectic Alloys, ” Trans. Met. Soc AIME, 233, 1965 g 35. http://www. mat. ethz. ch - , 6. Lloyd, DJ, “Particle—Reinforced Aluminium and Magnesium Matrix Composites, ” Int. Mater. Rev, Vol.39, No. 1, 1—23,1994. 37. Weiner K. and Lange, M, “Machining of Magnesium Matrix Composites, ” Adv. Eng. - Mater, Vol.3, No.1, 975—79, 2001. ' , I '38. Jiang, Q. C, Li, and Wang, “Fabrication of TiC particulate reinforced magnesium matrix composites”, Scripta Materialia, Vol. 48, 713-717, 2003. 39. Phillips, D.C. “High Temperature Fiber Composites”, Proc. 6th. Int ’1 Conf 0n comp. Mat ’ls, London, Ed Matthews, F.L., Buskell,N.C.R. and Hodgkinson, J.M., Vol. I, 2.1- 2.32, 1987. ' 40. T rumper, R.L., Sherwood, P..L and Cliflord, A. W., “Metal-Matrix Composites”, Proc. ‘Mat’ls. In Aerospace, Royal Aeronautical Society, London, April 1986. I 41. http.'//www.azom.com, “Composites for Aeroengines ”. 42. Lasky, R., Electronic Packaging and Production, 64-66, January 1998. 43. http.'//www.jwcomposites. com, “Copper/Graphite Composites ’_’. 44. Lehman, R.L.; et. al. “Materials Mechanical Engineering Handbook, Ed. Frank Kreith, » Boca Raton: CRC Press LLC, 1999. 45. Lu, L.M., Soda, H., and McLean, A., “Microstructure and mechanical properties of Fe-Cr- C eutectic composites Materials Science and Engineering A, Vol. 347, 214-222, 2003 46. Orera, V.M, Merino, R.I., Pardo, J.A., Larrea, A., Pena, J.I., Gonzalez, C., Poza, P., . Pastor, J. Y., and Llorca, J., “Microstructure and physical properties of some oxide eutectic ' composites processed by directional solidification”, Acta MaterlaIia, Vol. 308, No. 18-19, A 4683-4689, 2000. _ ' _ 47. 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