NUMERICAL AND EXPERIMENTAL TAYLOR FLOW INSTABILITIES
IN NARROW GAPS AND THEIR RELATIONSHIP TO TURBULENT FLOW IN BEARINGS
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Numerical and Experimental Taylor Flow Instabilities presents the relationship between the onset of Taylor instability and appearance of what is commonly known as turbulence in narrow gaps between two cylinders. A question open to debate is whether the flow formations observed during Taylor instability regimes are, or are related to the actual turbulence as it is presently modeled in micro-scale clearance flows.FEATURESFlow patterns, velocity profiles and torques are presented in both Taylor and wavy vortex regimes.The formation and collapse of Taylor and wavy vortices are clearly observed.A n...
Numerical and Experimental Taylor Flow Instabilities
presents the relationship between the onset of
Taylor instability and appearance of what is
commonly known as turbulence in narrow gaps
between two cylinders. A question open to debate is
whether the flow formations observed during Taylor
instability regimes are, or are related to the
actual turbulence as it is presently modeled in
micro-scale clearance flows.
FEATURES
Flow patterns, velocity profiles and torques are
presented in both Taylor and wavy vortex regimes.
The formation and collapse of Taylor and wavy
vortices are clearly observed.
A new model for predicting the flow behavior in long
and short journal bearing films in the transition
regime is proposed and verified. A comparison is
made between the results of this model and the four
most accepted turbulence models (Constantinescu, Ng-
Pan, Hirs and Gross et al.).
presents the relationship between the onset of
Taylor instability and appearance of what is
commonly known as turbulence in narrow gaps
between two cylinders. A question open to debate is
whether the flow formations observed during Taylor
instability regimes are, or are related to the
actual turbulence as it is presently modeled in
micro-scale clearance flows.
FEATURES
Flow patterns, velocity profiles and torques are
presented in both Taylor and wavy vortex regimes.
The formation and collapse of Taylor and wavy
vortices are clearly observed.
A new model for predicting the flow behavior in long
and short journal bearing films in the transition
regime is proposed and verified. A comparison is
made between the results of this model and the four
most accepted turbulence models (Constantinescu, Ng-
Pan, Hirs and Gross et al.).
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