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Couette-Poiseuille flow in a thin gap

Between surfaces of velocities

U_{0}, U_{1}

separated by

h

, the local lubrication profile is

u = U_{0} + (U_{1} - U_{0}) y / h + (p_{x} /2 μ) y (y - h) .

Table of contents 189 6
- Couette-Poiseuille flow with a stress-free stationary wall Couette-Poiseuille flow in a thin gap 41
- Moving-boundary lubrication flux Couette-Poiseuille flow in a thin gap 133 4
  - Reynolds lubrication equation Moving-boundary lubrication flux 77 2
    - Pressure gradient in a translating and squeezing finite gap Reynolds lubrication equation 55 1
      - Zero-shear lower wall in a translating and squeezing finite gap Pressure gradient in a translating and squeezing finite gap 22
  - Annular lubrication drag on a settling cylinder Moving-boundary lubrication flux 47

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