Experiments on rotating externally pressurized air journal bearings. Part 2 - Attitude angle and air flow
Air flow and attitude angle compared with theory for rotating externally pressurized air journal bearings
Engineering topics
Publications and source records attributed to Fleming, D. P..
Air flow and attitude angle compared with theory for rotating externally pressurized air journal bearings
Power loss experiments on herringbone grooved, gas lubricated journal bearings
Herringbone grooved gas lubricated journal bearing stability, testing effects of geometries and clearances on onset speed for half frequency whirl
Small eccentricity stability analysis for externally pressurized gas lubricated bearings with journal rotation
Theory and clearance effects on stability of water lubricated herringbone-groove journal bearings
Herringbone grooved gas lubricated journal bearing stability, testing effects of geometries and clearances on onset speed for half frequency whirl
Bearing designs, which shape the surface to create artificial fluid-film wedges in the absence of any applied radial load, generate radial restoring forces to keep journals from whirling. Helical- or herringbone-grooved journals or rotors show most promise of stable operation, with no sacrifice in load capacity.
High revolutions per minute rotor stability of herringbone-grooved gas-lubricated journal bearings
Herring bone-groove geometry effects on stability of gas lubricated journal bearing