Numerical investigetion of a non-contacting finger seal

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Abstract

Investigation multi-fields method is developed for estimation of finger seal performance. This method is comprised gas flow simulation and stress-deformed analysis. Mathematical models have different level of refinement and can be used both for fast optimizations and full analysis of the finger seal.

About the authors

Yu. M. Temis

Central Institute of Aviation Motors

Author for correspondence.
Email: tejoum@ciam.ru

Doctor of Technical Sciences

Professor

Head of Mathematical Simulating Department

Russian Federation

A. V. Selivanov

Central Institute of Aviation Motors

Email: tejoum@ciam.ru

Sector Leader of Mathematical Simulating Department

Russian Federation

I. Yu. Dzeva

Central Institute of Aviation Motors

Email: tejoum@ciam.ru

Bachelor

Russian Federation

References

  1. Non-contacting Finger Seal Developments and Design Considerations: Thermofluid and Dynamics Characterization, Experimental / M.J. Braun, H.M. Pierson, D. Deng [it al] // NASA/CP-2005-213655/V.1, - pp. 181-208.
  2. Temis, J.M. Contribution of bearing structure in gas turbine power unit rotor dynamics / J.M. Temis, M.J. Temis // Proc. of 3-rd Int. Symp. on Stability Control of Rotating Machinery, 2005. Cleveland, USA, pp. 570–581.
  3. Temis, J.M. Aeroelastic self-oscillations of plane channel wall / J.M. Temis, A.V. Selivanov // Proceedings of the 3rd Int. Conference «Nonlinear Dynamics» (21-24 Sept., 2010, Kharkov, Ukraine). Харьков: «ЭДЭНА», 2010. – pp. 421-426.
  4. Прочность, устойчивость, колебания [Текст]: справочник в 3 т. Т. 1 / под общ. ред. И.А. Биргера, Я.Г. Пановко. – М.: Машиностроение, 1968. – 831 с.

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