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37.    Subrahmanyam. K B.. Kulkami. S.V.. and Rao, J.S., "Coupled Bending-Torsion Vibra-tions of Rotating Blades on Asymmetric Aerofoil Cross-Section with Allowance for Shear Deflection and Rotary Inertia by Use of the Reissner Method," J. Sound Vib., 75 (1). pp 17-36 (1981).

38.    Subrahmanyam. K.B. and Kulkami, S.V.. "Coupled Bending-Bending Vibrations of a Pre-Twisted Cantilever Blading Allowing for Shear Deflection and Rotary Inertia by the Reissner Method/' Intl. J. Mech. Sci., 23 (9), pp 517-530(1981).

39.    Leissa, A.W., Lee, J.K., and Wang. A.J., "Vi-brations of Cantilevered Shallow Cylmdrical Shells of Rectangular Planform," J. Sound Vib„ 78 (3). pp 311-328 (1981).

40.    Leissa, A.W., Lee. J.K., and Wang. AJ.. "Vi-bcations of Cantilevered Doubły-Curved Shallow Shells/' Intl. J. Solids Struć., 1_9 (5), pp 411-424(1983).

41.    Leissa, A.W., Lee, J.K., and Wang. AJ.. "Vi-brations of iwisted Rotating Blades/' ASME Paper No. 81-DET-127.

42.    Wachter. J. and Wolfs, H.. et al.. ''Effect of Shrouds on the Vibration Behaviour of Steam and Gas Turbinę Blades," VDI-Berichte, No. 361, pp 93-101 (1980) (In German).

43.    Chiatti, G. and Sestieri. A., *'A Combined Finite Element-Transfer Matrix Method for the Theoretical Evaluation of Free Vibrations of Pretwisted-Turbomachinery Blades," Theory of Machines Mech.. Proc. 5th World Congress, Vol. I, Montreal. Canada (Juły 8-13, 1979). pp 629-632. ASME (1979).

44.    Huang, Weh-hu, "Free and Forced Vibrations of Ciosały Coupled Turbomachinery Blades," AIAA J.. 19 (7). pp 918-924 (1981).

45.    Karoly, B.. "Calculating the Characteristic Frequencies of Non-m3ssive Blades of Axiał Vents," Forsch. Ingenieurwesen, 48 (3). pp 87-95(1982) (In German).

46.    ''Theoretical and Experimental Parameter In-vestigations of Vibration of Turbinę Blades in the Centrifugal Force Field." Series II. No. 29 (1979). Progress Reports of the VDI-Zeit-schriften, Summarized in VDI Z.. 121 (18). pp 906-907 (Sept 1979).

47.    Subrahmanyam. K.B. and Kulkami, S.V., "Torsional Vibrations of Pre-Twisted Tapered Cantilever Beams Treated by Reissner Method." J. Sound Vib., 77 (1). pp 142-146 (1981).

48.    Downs, B., "Vibration Analysis of Turboma-chinery Blades Using Dedicated Discretization and Twisted Beam Theory." J. Mech. Des., Trans. ASME. 102 (3). pp 574-578 (1980).

49.    Borishanskii. K.N., "Vibration Features of Turbinę Blading with Fastening Connectors around the Wheel." Strength Matl.. 10 (6). pp 625-630(1979).

50.    Norwood. C.J., Cubitt. N.J., and Downs. D.. "A Notę on the Equations of Motion for the Transverse Vibration of a Timoshenio Beam Subjected to an Axial Force," J. Sound Vib., 70 (4), pp 475-479(1980).

51.    Wood, David, J.. "Determination of the Torsional Propenies of a Piane Section Using Boundary Integral Techniques." Appl. Math. Modelling. 4J6). PP 410-416 (1980).

52.    Sisto. F. and Chang, A.. "Blade Dynamics due to Gyroscopic Motion." NASA/Lewis Work-shop Struć. Dynam (June 15.1982).

53.    Sisto. F., Chang. A., and Sutcu, M.. "Blade Excitation due to Gyroscopic Forces," Energia Elettrica, 59 (10). pp 279-284 (1982).

54.    Sisto, F.. Chang, A., and Sutcu, M., "The Influence of Coriolis Forces on Gyroscopic Motion of Spinning Blades." ASME Paper No. 82-GT-163.

55.    Hodges, D.H., "An Approximate Formula for the Fundamental Frequency of a Uniform Rotating Beam Clamped Off the Axis of Rotation" J. Sound Vib., 77 (1). pp 11-18 (1981).

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