Add to ORKGABSTRACT The flow field in an annular seal is simulated for synchronous circular whirl orbits with 60Hz whirl frequency and a clearance/radius ratio of 0.0154 using the Fluent CFD code. Fluent's Moving Reference Frame model (MRF) is used to render the flow quasi-steady by making transformations to a rotating frame. The computed flow fields for velocity, pressure and shear stress measurements are compared with the experimental data of INTRODUCTION Turbomachinery seals interface between rotating parts such as rotors, blade tips and stationary parts such as housings
Understanding and modelling of main annulus gas ingestion through turbine rim seals is considered an...
A numerical model based on a transformed, conservative form of the three dimensional Navier-Stokes e...
The dynamic characteristics of annular turbulent seals applied in high pressure turbopumps can be de...
The turbulent flow field in a simulated annular seal with a large clearance/radius ratio (0.015) and...
Bulk flow model with perturbation simplification has been used to calculate rotordynamic coefficient...
The study of the effect of different orbit paths and whirl ratios on the rotordynamic coefficients o...
Many annular seals suffer eccentricity because of rotor–stator misalignment or the deflection of a f...
The flow field in an annular seal is simulated for synchronous circular whirl orbits with 60Hz whirl...
The flow field inside a whirling annular seal was measured using a 3-D Laser Doppler Anemometer (LDA...
The flow field inside a whirling annular seal operating at a Reynolds number of 24,000 and a Taylor ...
Gas annular seals are commonly adopted for leakage control in turbomachinery applications. Scallop s...
Eccentrically operating turbomachinery components such as impellers and seals are subject to flow in...
The annular seal between stator and rotor substantively acts as a bearing that affects the rotordyna...
Gas annular seals are commonly adopted for leakage control in turbomachinery applications. Due to re...
Typescript (photocopy).A new analysis procedure which solves for leakage, reactive force, and rotord...
Understanding and modelling of main annulus gas ingestion through turbine rim seals is considered an...
A numerical model based on a transformed, conservative form of the three dimensional Navier-Stokes e...
The dynamic characteristics of annular turbulent seals applied in high pressure turbopumps can be de...
The turbulent flow field in a simulated annular seal with a large clearance/radius ratio (0.015) and...
Bulk flow model with perturbation simplification has been used to calculate rotordynamic coefficient...
The study of the effect of different orbit paths and whirl ratios on the rotordynamic coefficients o...
Many annular seals suffer eccentricity because of rotor–stator misalignment or the deflection of a f...
The flow field in an annular seal is simulated for synchronous circular whirl orbits with 60Hz whirl...
The flow field inside a whirling annular seal was measured using a 3-D Laser Doppler Anemometer (LDA...
The flow field inside a whirling annular seal operating at a Reynolds number of 24,000 and a Taylor ...
Gas annular seals are commonly adopted for leakage control in turbomachinery applications. Scallop s...
Eccentrically operating turbomachinery components such as impellers and seals are subject to flow in...
The annular seal between stator and rotor substantively acts as a bearing that affects the rotordyna...
Gas annular seals are commonly adopted for leakage control in turbomachinery applications. Due to re...
Typescript (photocopy).A new analysis procedure which solves for leakage, reactive force, and rotord...
Understanding and modelling of main annulus gas ingestion through turbine rim seals is considered an...
A numerical model based on a transformed, conservative form of the three dimensional Navier-Stokes e...
The dynamic characteristics of annular turbulent seals applied in high pressure turbopumps can be de...