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Reynolds lubrication equation

Incompressible mass conservation in a moving gap gives

\partial_{t} h + \partial_{x} Q = 0.

Combined with the local Couette-Poiseuille flux, this is the Reynolds lubrication equation.

Table of contents 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

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