Add to ORKGCFD analysis provides a means of discerning H-seal functionality. H-Seal geometry can be modified to provide smaller or larger operational gap. H-Seal can be installed with large cold clearance and maintain a small operational effective clearance
International audienceNon-contacting face seals rely on high pressures induced in a thin air-film be...
Over the past two decades, significant efforts have been made to introduce film riding sealing techn...
Analyses are presented for compressible fluid flow across shaft face seals with face deformation. Th...
The load factor is investigated for subsonic and choked flow conditions, laminar and turbulent flows...
Increased cycle efficiency and reduced ownership costs of gas turbine engines can be facilitated by ...
A method for predicting the operating film thickness of self-acting seals is described. The analysis...
In the application of film-riding sealing technology, there are various groove features that can be ...
Varying clearance, rotor-following seals are a key technology for meeting the demands of increased m...
The main objective is to determine the feasibility of utilizing controllable mechanical seals for ae...
Compliant Seals eg. Brush Seals, Finger Seals: a) 3-5X flow reduction; b) developing higher surface ...
A 36" diameter aspirating face seal for aircraft engine application has undergone extensive testing ...
Self-acting and hydrodynamic seals are described. The analytical procedures are outlined for obtaini...
International audienceToday's industrial gas turbines are required to cope with strong fluctuations ...
A gas-film face seal design incorporating shrouded Rayleigh step lift pads at the primary sealing fa...
Self-acting seals are described in detail. The mathematical models for obtaining a seal force balanc...
International audienceNon-contacting face seals rely on high pressures induced in a thin air-film be...
Over the past two decades, significant efforts have been made to introduce film riding sealing techn...
Analyses are presented for compressible fluid flow across shaft face seals with face deformation. Th...
The load factor is investigated for subsonic and choked flow conditions, laminar and turbulent flows...
Increased cycle efficiency and reduced ownership costs of gas turbine engines can be facilitated by ...
A method for predicting the operating film thickness of self-acting seals is described. The analysis...
In the application of film-riding sealing technology, there are various groove features that can be ...
Varying clearance, rotor-following seals are a key technology for meeting the demands of increased m...
The main objective is to determine the feasibility of utilizing controllable mechanical seals for ae...
Compliant Seals eg. Brush Seals, Finger Seals: a) 3-5X flow reduction; b) developing higher surface ...
A 36" diameter aspirating face seal for aircraft engine application has undergone extensive testing ...
Self-acting and hydrodynamic seals are described. The analytical procedures are outlined for obtaini...
International audienceToday's industrial gas turbines are required to cope with strong fluctuations ...
A gas-film face seal design incorporating shrouded Rayleigh step lift pads at the primary sealing fa...
Self-acting seals are described in detail. The mathematical models for obtaining a seal force balanc...
International audienceNon-contacting face seals rely on high pressures induced in a thin air-film be...
Over the past two decades, significant efforts have been made to introduce film riding sealing techn...
Analyses are presented for compressible fluid flow across shaft face seals with face deformation. Th...