References
[1]. Smith W.E. “Structure and Properties of Engineering Alloys” 1993, Mc Graw Hill, NewYork.
[2]. Mordike B.L, Ebert T. “Magnesium Properties-application-potential” Material Science and Engineering A, 302, 2001, 37-42.
[3]. Vijai Mohan V. And Gopalakrishna V. “Applications of Magnesium Alloys Castings” 1995, Krishnadas Nair C.G., Gopalakrishna V. and Dwarakadasa E.S. (Ed.), Source Book on Magnesium Alloys Technology, Bangalore, India, pp.1-3 [paper no.34].
[4]. Aghion E., Bronfin B., Eliezer D., Buch F.V., Schumann S., Friedrich H. “The art of developing new magnesium alloys for high temperature applications” Materials Science Forum, 419- 422, 2003, 40718.
[5]. Yoo M.S., Kim Y.C., Ahn S., Kim N.J. “Tensile and creep properties of squeeze cast Mg alloys with various second phase” Materials Science Forum, 419- 422, 2003, 419- 424.
[6]. Gokan Y., Suzuki A., Nozawa S., Anyanwu I.A., Kamado S., Kojima Y. “Development of heat resistant MgZnAlCaRE die casting alloys” Materials Science Forum, 419-422, 2003, 451- 456.
[7]. Vijay Mohan V., Mehta A.S., Amalraj L. and Gopalakrishna V. “Recent Trends in Magnesium Alloys and their Applications in Aerospace” 1995, Krishnadas NairC.G., Gopalakrishna V. and Dwarakadasa E.S., editors, Source Book on Magnesium Alloys Technology, India, Bangalore, paper no.33, pp.1-5.
[8]. Mehrotra P., Lillo T.M. and Agnew S.R. “Ductility enhancement of a heat treatable magnesium alloy” Scripta Materialia 55, 2006, 855-858.
[9]. Robert, C.S., 1960. Magnesium And Its Alloys, Wiley; New York.
[10]. “ASM Metals Hand Book” 1984. Desk Edition. Chapter 8 on Magnesium ASM Park, Ohio, pp.1.8-8.16.
[11]. Liu L. and Dong C. “Gas tungsten-arc filler welding of AZ31 magnesium alloy” Materials Letters, 60, 2006, 2194-2197.
[12]. Wolf B., Fleck C., Eifler D. “Characterization of the fatigue behaviour of the magnesium alloy AZ91D by means of mechanical hysteresis and temperature Measurements” International Journal of Fatigue, 26, 2004, 1357-1363.
[13]. Eisenmeier G., Holzwarth B., Hoppel H.W., Mughrabi H. “Cyclic deformation and fatigue behaviour of the magnesium alloy AZ91” Materials Science and Engineering A, 319-321, 2001, 578-582.
[14]. Eifler D., Wolf B. and Fleck C. “Characterization of the fatigue behaviour of the magnesium alloy AZ91D by means of mechanical hysteresis and temperature Measurements” International Journal of Fatigue, 26, 2004, 1357-1363.
[15]. Rajan T.V., Sharma C.P. and Sharma A. “Heat treatment principles and techniques” 1988, Prentice-Hall of India Private Limited, India.
[16]. Avedesian M. and Baker Hugh. “ASM specialty hand book Magnesium and Magnesium Alloys” 1999, ASM International, Materials Park (OH).
[17]. ASTM Standard E-647. “Test method for Measurement of Fatigue Crack Growth” 2000,American Society for Testing and Materials, Philadelphia.
[18]. Emley E.F. “Principles of Magnesium Technology” 1966, Pergamon Press, London.
[19]. Vijai Mohan V. and Gopalakrishna V. “Study of magnesium alloy systems” Krishnadas Nair C.G., Gopalakrishna V. and Dwarakadasa E.S. editors. Source Book on Magnesium Alloys Technology, Bangalore, India, 1995, paper no. 5, pp.1-3.
[20]. Chaudhuri S.K. and Krishnadas Nair C.G. “Influence of microshrinkage on mechanical properties of magnesium-zinc-zirconium-rare earth” Krishnadas Nair C.G., Gopalakrishna V. and DwarakadasaE.S. editors. Source Book on Magnesium Alloys Technology, Bangalore, India, 1995, paper no.25, pp.1-6.
[21]. Tokaji K., Kamaku ra M., Ishiizumi Y. and Hasegawa N. “Fatigue behaviour and fracture mechanism of a rolled AZ31 magnesium alloy” International Journal of Fatigue, 26, 2004, 1217-1224.
[22]. Wang X.S. and Fan J.H. “SEM online investigation of fatigue crack initiation and propagation in notched cast magnesium alloy specimen” Journal of Material Science, 11, 2004, 145-154.