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[24] Den Hartog, J. P., "Mechanical Vibrations", McGraw-Hill Book Company Inc. (1956). P.185-186.

[25] S. IWAMOTO, K. WAKABAYASHI, T. KODAMA. A Study for the Characteristics of Torsional Vibration Damping in High-Speed Diesel Engine, The Third Report: Engine Damping in an Engine System with a Viscous Torsional Vibration Damper, The Science and Engineering Reports of Saitama University, Series C, No.16 (1983). P.15-19.

[26] K. HIKONO et al., Torsional Damper of Diesel Engine for Heavy-Duty Vehicles. Journal of Society of automotive Engineers of Japan, (in Japanese), Vol.38, No. 12 (1984), P.1440- 1447.

[27] B.I.C.E.R.A., "A Handbook on Torsional Vibration", Cambridge at the University Press (1958), P.520-558.

[28] W. Ker Wilson, "Practical Solution of Torsional Vibration Problems". Volume Four, Devices for Controlling Vibration, Third Edition (1968), P.372-389. Chapman & Hall Ltd.

[29] S. IWAMOTO, Eine Betrachtung von Optimalen Dampfungskonstante d es viskosen Drehschwingungsdampfers an den, Journal of the Marine Engineering Society in Japan, (in Japanese), Vol.9, No.2 (1974), P.206-217.

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[31] K. WAKABAYASHI, K. SHIMOYAMADA, T.KODAMA, S, IWAMOTO, A Study on the Torsional Vibration Characteristics of Crankshaftings with a Viscous Fluid Damper, The First Report: Complex Damping Coefficient of Dampers, Transaction of the Kokushikan University, Faculty of Engineering, (in Japanese). No.17 (1984), P.54-62.

[32] K. WAKABAYASHI, K. SHIM OYAMADA, T. KODAMA, Y. HONDA S. IWAMOTO, A Study of Torsional Vibration Characteristics of Diesel Engine Shaftings with a Viscous Fluid Damper, Society of Automotive Engineers of Japan. Proceeding of 1991 Autumn Convention, (in. Japanese), No.912, No.912252 (1991), P.3.73-3.76.

[33] S. NUMAIIRI. Optimum Design of Torsional Damper by Predicting Generation of Heat. Society of Automotive Engineers of Japan. Working Group, Damping Technology by Automotive, Technical Report Series 23, (in Japanese), No.4.6, (1986), P.227-234.

[34] K. WAKABAYASHI, Y. HONDA, T. KODAMA, et al., Study on Optimum Torsional Viscous-Friction Damper, Japan Society of Mechanical Engineers, Proceeding of the Dynamics and Design Conference '98, (in Japanese), Vol.A, No.98-8(1), No.123 (1998), P.92-95.

[35] K. SHIMOYAMADA, K. WAKABAYASHI, T. KODAMA, S. IWAMOTO, A Study on the Torsional Vibration Characteristics of Crankshaftings with a Viscous Fluid Damper, The Third Report: A Consideration on the Optimum Kinematic Viscosity of the Viscous Fluid Dampers, Transaction of the Kokushikan University. Faculty of Engineering, (in Japanese), No.19 (1986), P.19-26.

[36] H. OKAMURA, Study of Torsional Damper Optimum Design. 1st Report. Complex Damping Property and its Decision of Viscous Damper, Transactions of the Japan Society of Mechanical Engineers, (in Japanese), C, Vol.61. No.623. No.97-0951 (1998). P.2505-2512.

 

 

 

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