''Pressure-drop'' oscillations in forced convection flow with boiling.
Pressure drop oscillations in forced convection flow of Freon-11 near onset of boiling, noting flow rate for instability and limit cycles
Callahan, G. M.↗
Engineering topics
Stenning, A. H.
Publications and source records attributed to Stenning, A. H..
Oscillations in two-component two-phase flow Final report, volume I
Stability of oscillations in air and water two component two-phase flow
AIR↗
Flow oscillations in forced convection boiling Final report, volume II
Stability of Freon-11 and water flow oscillations in forced convection boiling
OSCILLATING FLOW↗
''density-wave'' oscillations in boiling Freon-11 flow.
Density wave type flow oscillations in boiling Freon 11 examined, noting effects of partial evaporation superheat and liquid inlet temperature on stability
DENSITY MEASUREMENT↗
Oscillations in two-component, two-phase flow.
Stability boundaries in oscillating two-phase flow of air-water mixtures
FLOW STABILITY↗
Boling flow instability semiannual status report
Boiling flow instabilities - inlet pressure drop versus overall density ratio relationships
BOILING↗
Flow oscillation modes in forced-convection boiling.
Density wave, pressure drop and thermal flow oscillation modes in forced-convection boiling Freon 11
FORCED CONVECTION↗
A parametric study of boiling instability.
Parametric evaluation of dynamic stability of flow in evaporator
FLOW STABILITY↗
Effect of Cascade Parameters on Rotating Stall
Analysis of the vortex model proposed by Kriebel, Seidel, and Schwind shows this representation of rotating stall satisfies, at least approximately, the requirements at the cascade. Cascade-parameter-variation effects on rotating stall were studied in a circular cascade and single-stage compressor. Modification of the single-stage compressor stopped the rotating-stall pattern and permitted observation of the pressure and velocity distribution around the annulus. Closer observation might be possible with proper flow-visualization techniques, such as a water pump.
Stenning, A. H.↗