[1].R. A. Steven & P. E. J. Flewith,"Intermediate Regenerative HT For Extending The Creep Life of Superalloy IN738", Mat. Sci. and Eng., 1981.
[2]. A. Davin, C.L. Mertens, P.Vierset & P. Louis, “Microstructural Damage Induced during the Repair Process”, Proceeding of a Conference Held in liege, 1986.
[3]. R.A. Steven and P.E.Flewith, “Microstructural Changes which Occur During Isochronal Heat Treatment of the Nickel-Base surperalloy IN738”, Journal of Materials Science, 1978.
[4]. R. Castillo, A. Koul & J-P. Immarigeon, “The Effect of Service on the Creep Properties of Cast IN738LC Subjected to Low Stress High Tempe. Creep Condition”, Superalloy, 1988.
[5]. رضا شرقی،”تخمین عمر پره توربین گاز“، پایان نامه دکتری، دانشگاه صنعتی شریف، زمستان 1382.
[6]. A.K. Koul, R. Castillo, “Creep Behavior of Industrial Turbine Blade Materials”, Proceeding of Materials Cogree Metals, 1993.
[7]. علیمحمد کلاگر،”تخمین عمر باقیمانده قطعات داغ“، پایان نامه کارشناسی ارشد، دانشگاه علم و صنعت ایران، زمستان 1379.
[8]. “Elbar Casting Process Specification”, EPS 40, Material IN738LC, Investment Vacuum Casting.
[9]. Roger C. Reed, “The superalloys” Fundamentals and application, Book, 2008.
[10] محمد چراغزاده،”بررسی رفتار خزشی و تغییرات ریزساختار ناشی از خزش در پره توربین گاز“، پایان نامه کارشناسی ارشد، دانشگاه تهران، زمستان 1374.
[11]. Seyed A. Sajjadi, S. Nategh, R. I.L. Guthrie, “Study of microstructure and mechanical properties of high performance superalloy Ni-Base GTD-111”, Materials Sci. and Eng., 2002.
[12]. R.A. Steven and P.E.Flewith,,“The depence of creep rate on microstructure in a strengthened superalloy”, Acta metallurgical, Vol. 29, 1981.
[13]. W. Hoffelner, “Creep dominated damage processes”, High temperature alloy for gas turbines and other application, 1986.
[14]. P.J. Henderson, M. McLean, “Microstructural contributions to friction stress and recovery kinetics during creep of the Ni-base IN738LC”, Metallurgical transaction, Vol.31, 1993.
[15]. H. Luthy, R. A. White, O.D. Sherby,”Grain Boundary Sliding and deformation mechanism maps”, Materials Sci. and Eng., Vol.39, 1979.
[16]. X. W u and A. K. Koul, “Grain Boundary Sliding in the Presence of Grain Boundary precipitates During Transient Creep”, Metall. and Material Trans. A, Vol. 26A, 1995.
[17]. J. Roslor, E. Arzt,”The kinetics of dislocation climb over hard particles-I. Climb without attractive particle-dislocation interaction”, Acta metal., Vol.36, 1988.
[18]. E. Arzt, J. Roslor,,”The kinetics of dislocation climb over hard particles-II.” Effect of attractive particle-dislocation interaction”, Acta metal., Vol.36, 1988.
[19]. E. Arzt, M. F. Ashby, R. A. Verrall, ”Interface controlled diffusional creep”, Acta metallurgical, Vol. 31, 1983.
[20]. P. Paufler, "J.-P. Poirier. Creep of crystals. High-temperature deformation processes in metals, ceramics and minerals”. Cambridge University Press. From Wikipedia.