The spread of lubricant across the wear track of a pin-disk machine may be adequately modeled assuming axisymmetric, viscous flow with zero shear stress at the lubricant-air interface. Waves can develop according to the shape of the initial profile.
Issue Section:
Technical Briefs
Topics:
Disks,
Film flow,
Lubricants,
Testing,
Machinery,
Shapes,
Shear stress,
Viscous flow,
Waves,
Wear
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Copyright © 1994
by The American Society of Mechanical Engineers
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