An analysis is presented for compressible fluid flow across shaft face seals and narrow slots. The analysis includes fluid inertia, viscous friction, and entrance losses. Subsonic and choked flow conditions can be predicted and analyzed. The model is valid for both laminar and turbulent flows. Results agree with experiment and with solutions which are more limited in applicability. Results show that a parallel film can have a positive film stiffness under choked flow conditions
International audienceNon-contacting face seals rely on high pressures induced in a thin air-film be...
Sealing dam analysis for design of shaft face seal with self-acting lift augmentation for advanced g...
A 36" diameter aspirating face seal for aircraft engine application has undergone extensive testing ...
An analysis is presented for compressible fluid flow across shaft face seals and narrow slots. The a...
Analyses are presented for compressible fluid flow across shaft face seals with face deformation. Th...
A computer program is presented for compressible fluid flow with friction across face seals and thro...
Computer calculation for determining compressible flow across radial face seals were compared with m...
The load factor is investigated for subsonic and choked flow conditions, laminar and turbulent flows...
Computer program analyzes the flow /leakage/ across a sealing dam for the case of steady, laminar, s...
Computer program for steady laminar, subsonic, and isothermal compressible flow across sealing da
The labyrinth seal is a non-contact annular type sealing device used to reduce the internal leakage ...
Self-acting seals are described in detail. The mathematical models for obtaining a seal force balanc...
A method for predicting the operating film thickness of self-acting seals is described. The analysis...
Increased cycle efficiency and reduced ownership costs of gas turbine engines can be facilitated by ...
The basic equations are derived for compressible flow in a labyrinth seal. The flow is assumed to be...
International audienceNon-contacting face seals rely on high pressures induced in a thin air-film be...
Sealing dam analysis for design of shaft face seal with self-acting lift augmentation for advanced g...
A 36" diameter aspirating face seal for aircraft engine application has undergone extensive testing ...
An analysis is presented for compressible fluid flow across shaft face seals and narrow slots. The a...
Analyses are presented for compressible fluid flow across shaft face seals with face deformation. Th...
A computer program is presented for compressible fluid flow with friction across face seals and thro...
Computer calculation for determining compressible flow across radial face seals were compared with m...
The load factor is investigated for subsonic and choked flow conditions, laminar and turbulent flows...
Computer program analyzes the flow /leakage/ across a sealing dam for the case of steady, laminar, s...
Computer program for steady laminar, subsonic, and isothermal compressible flow across sealing da
The labyrinth seal is a non-contact annular type sealing device used to reduce the internal leakage ...
Self-acting seals are described in detail. The mathematical models for obtaining a seal force balanc...
A method for predicting the operating film thickness of self-acting seals is described. The analysis...
Increased cycle efficiency and reduced ownership costs of gas turbine engines can be facilitated by ...
The basic equations are derived for compressible flow in a labyrinth seal. The flow is assumed to be...
International audienceNon-contacting face seals rely on high pressures induced in a thin air-film be...
Sealing dam analysis for design of shaft face seal with self-acting lift augmentation for advanced g...
A 36" diameter aspirating face seal for aircraft engine application has undergone extensive testing ...