Publication detail

Comparison of Dynamic Behaviour of SQUEEZE Film Dampers Calculated Using Reynolds and Navier-Stokes Equations

MALENOVSKÝ, E. POCHYLÝ, F.

Czech title

Srovnání dynamických vlastností hydrodynamických tlumičů při použití reynoldsovy a Navier Stokesovy rovnice

English title

Comparison of Dynamic Behaviour of SQUEEZE Film Dampers Calculated Using Reynolds and Navier-Stokes Equations

Type

conference paper

Language

en

Original abstract

The case of coupled motion of rigid body with liquid is very often phenomena in technical applications. The liquid is incompressible (oil, water) or compressible (air, gas). The classical technical application of coupling rigid bodies with liquid is in rotor dynamic systems. The general solution of this is very complicated, that is why the simplify assumptions are for example the constant velocity among radial direction

Czech abstract

Srovnání dynamických vlastností hydrodynamických tlumičů při použití reynoldsovy a Navier Stokesovy rovnice

English abstract

The case of coupled motion of rigid body with liquid is very often phenomena in technical applications. The liquid is incompressible (oil, water) or compressible (air, gas). The classical technical application of coupling rigid bodies with liquid is in rotor dynamic systems. The general solution of this is very complicated, that is why the simplify assumptions are for example the constant velocity among radial direction

Keywords in English

Navier-Stokes eq. SQUEEZE film dampers, computational modelling, Reynolds eq.

RIV year

2002

Released

07.07.2002

Publisher

TU Wienna, Austria

Location

TU Wienna, Austria

ISBN

3-9501554-1-4

Book

fifth world congress on computational mechanics

Pages count

10

BIBTEX


@inproceedings{BUT9795,
  author="Eduard {Malenovský} and František {Pochylý},
  title="Comparison of Dynamic Behaviour of SQUEEZE Film Dampers Calculated Using Reynolds and Navier-Stokes Equations",
  booktitle="fifth world congress on computational mechanics",
  year="2002",
  month="July",
  publisher="TU Wienna, Austria",
  address="TU Wienna, Austria",
  isbn="3-9501554-1-4"
}