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Cyclic Structures in NASTRAN," Rept. No. NASA-CR 165429 (Dec 1981).

153.    Eluchuri. V. and Smith. G.C.C.. "Finite Element Forced Vibration Analysis of Rotating Cyclic Structures," Rept. No. NASA-CR-165430 (Dec 1981).

154.    Smith. G.C.C. and Elchuri, V., "Linear Aero-elasticity and Dynamics of Bladed Discs." NASA-Lewis Res. Ctr. Workshop Struć. Dynam. (June 15,1982).

155.    Galio, A.M. and Dale, B., "NaSTRAN Level 16 Programmer's Manuał Updates for Aero-elastic Analysis of Bladed Discs." Rept. No. NASA-CR-159825 (Mar 1980).

156.    Chen, Lee Tsong and Dungundji. J., "Investi-gation of the Vibration Characteristics of Shrouded Bladed Disc Rotor Stages," J. Air-craft. 17 (7), pp 479-486 (1980).

157.    Mota Soares. C.A. and Petyr, M., "Finite Element Dynamie Analysis of Practical Bladed Discs," J. Sound Vib., 61 (4). pp 561-570 (1978).

158.    Nigh, G.L. and Olson. M.D., "Finite Element Analysis of Rotating Discs," J. Sound Vib., 77 (1)# pp 61-70 (1981).

159.    Singh, V.K., "Effect of Root F|exibility on Torsional Vibrations of Uniform Section Twisted Blades." J. Inst. Engrs. (India), Mech. Engrg. Div.,62. pp 61-65 (1981).

160.    Haupt, U. and Rautenberg, M.. "Blade Vibra-tion in Impellers of Highly Loaded Centrifugal Compressors." MTZ Motortech. Z.. 44 (4), pp 123-129 (Apr 1983) (In German).

161.    Muszyńska, A. and Jones. D.I.G., "A Para-metric Study of Dynamie Response of a Dis-crete Modę of Turbomachinery Bladed Disc," ASME Paper No. 81-DET-137.

162.    Loewy, R.G., "Structural Dynamics Studies of Rotating Bladed-Disc Assemblies Coupled with Flexible Shaft Motions." NASA/Lewis Workshop Struć. Dynam. (June 15,1982).

163.    Hunt, M.S., "Use of Transfer Matrices in the Vibrational Analysis of Rotating Blades." South African Mech. Engr.. 30 (10), PP 334-337(1980).

164.    Huang-Wen-hu, "Free and Forced Vibration of Closely Coupled Turbomachinery Blades," Al AA J.. 19 (7). pp 918-924 (1981).

165.    Hagimara. N.. Sakata, S., Takayanagi, M., Kikuchi, K., and Gyobu, I., "Analysis of Coupled Vibration Response in Rotating Flexible Shaft-Impeller System," J. Mech. Des., Trans. ASME, 102 (1), pp 162-167 (1980).

166.    Mac Bain, J.C., Homer. J.E., Stange, W.A., and Ogg, J.S.. "Vibration Analysis of a Spinning Disc Using Image Derotated Holographic Interferometry," Collec. Papers Aerospace Sci., AD-A122667. AD-P00034 (June 1982).

167.    Stange, W.A. and MacBain, J.C., "lnvestigation of Dual Modę Phenomena in a Mistuned Bladed Disc." ASME Paper No. 81-DET-133.

168.    Haupt. U. and Rautenberg. M.. "lnvestigation of Blade Vibration and Radial Impellers by Means of Telemetry and Holographic Interferometry," J. Engrg. Power, Trans. ASME, 104 (4). pp 838-843(1982).

169.    Crawley. E.F.. "Inplane Inertial Coupling in Tuned and Severely Mistuned Bladed Discs," J. Engrg. Power, Trans. ASME, 105 (3), PP 585-590(1983).

170.    Michimura. S., Nagamatsu, A., Ikeuchi, T., and Shirai, M., "Vibration Analysis on Bladed Disc Assemblies of Axial-Flow Turbines," Buli. JSME, 24 (197). pp 1988-1993 (1981).

171.    Jones, D.I.G., "Vibrations of a Compressor Blade with Slip at the Root," Rept. No. AF-WAL-TR-80-4003. AD-A086852/1 (Apr 1980).

172.    Fox, C.H.J. and Birders. J.S.. "The Natural Frequencies of a Thin Rotating Cantilever with Offset Root," J. Sound Vib.. 65 (2). pp 151-158(1979).



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