- #1
Jabbar_B
- 2
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If the single phase flows on the inclined surface and this phase (let's say water) is wetting the surface then closest layer to the surface will be bounded and will not move. And velocity of flow will be in inverse proportion with viscosity of the fluid.
If now the second phase is introduced, immicible and non-wetting phase (lets say oil), it flow on top of the wetting phase. So non-wetting phase will flow on top of the thin film of wetting phase which is bounded to the surface. So now, would velocity of the non-wetting phase be dependent on the Viscosity similarly as in single wetting phase case?
thanks in advance,
J
If now the second phase is introduced, immicible and non-wetting phase (lets say oil), it flow on top of the wetting phase. So non-wetting phase will flow on top of the thin film of wetting phase which is bounded to the surface. So now, would velocity of the non-wetting phase be dependent on the Viscosity similarly as in single wetting phase case?
thanks in advance,
J