Research Journal of Applied Sciences

Year: 2014
Volume: 9
Issue: 10
Page No. 649 - 653

Development of Squeeze Film Damper Characteristics Calculation Methods Which Take into Account a Liquid Inertia Forces

Authors : Dmitry K.Novikov


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Belousov, A.I., V.B. Balyakin and D.K. Novikov, 1985. Experimental study of pressure distribution in lubricant layer of short hydrodynamic dampers. Soviet J. Friction Wear, 6: 56-59.

Belousov, A.I., Y.K. Ponomarev, Y.N. Pronichev and D.G. Krypaev, 2009. Theory of an annular corrugated damper in the vibrator precession motion. Russ. Aeronautics, 52: 201-207.
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Chaadaev, K.N. and D.K. Novikov, 2009. Dynamics of a rigid rotor in the NK-14ST-10 engine free power turbine with sliding bearings. Russ. Aeronautics, 52: 426-431.
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Falaleev, S.V., K.N. Chaadaev and D.S. Diligenskiy, 2014. Selection of the hydrodynamic damper type for the turbomachine rotor. Life Sci. J., 11: 502-505.
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Jiang, H.Y., R.H. Zhang, K.D. Zhao and D.K. Novikov, 2005. Analysis of damping characteristics of squeeze film damper with metal rubber. J. Propulsion Technol., 26: 174-177.

Novikov, D., V. Balyakin and A. Zyryanov, 1996. Development of calculation techniques for squeeze film dampers, accounting rupture and turbulence of lubricant layer. Proceedings of the 10th International Tribology Colloquium, January 9-11, 1996, Esslingen, Germany, pp: 1287-1293.

Novikov, D.K. and Z.H. Zhangrh, 2004. Determination of hydrodynamic damper discharge characteristics. Aviatsionnaya Tekhnika, 3: 41-43.

Novikov, D.K., 2014. Development of the unified range of friction couples of gas-dynamic face seals. Life Sci. J., 11: 354-356.
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Shabaev, V.M., A.S. Kazantsev, M.K. Leontiev, I.V. Garanin and V.A. Karasev, 2010. Vibration diagnostics of antifriction bearing damages during installation and assembly of heavy rotors. Testing Diagn., 1: 36-41.
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Shabliy, L., A. Krivcov and O. Baturin, 2014. Separated computation of the whole jet engine workflow. Proceedings of the 4th International Conference on Simulation and Modeling Methodologies, Technologies and Applications, August 28-30, 2014, Vienna, Austria, pp: 274-279.

Tichy, J.A., 1987. A study of the effect of fluid inertia and end leakage in the finite squeeze film damper. J. Tribol., 109: 54-59.
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Zhang, J.X. and J.B. Roberts, 1996. Solutions for the combined motion of finite length squeeze film dampers around the bearing center. J. Tribol., 118: 617-622.
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Zhang, J.X., 1997. Fluid inertia effects on the performance of short and long squeeze film dampers executing periodic vibration. J. Tribol., 119: 306-314.
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