Capillary Flow in Porous (filter paper)
I have used fluent in the past but only simple steady state mixing problems.
My new problem is I would like to simulate fluid flow (water) in a porous material (filter paper).
Imagine a "dumbbell" shape microchannel in filter paper. The walls are solid and the channel is hydrophilic untreated paper. I would like to simulate placing a droplet on one of ends of the channel and see the wicking/velocity as it wicks down the channel.
This would just be the beginning. I would ultimately like to have two color fluids flow down a T channel and see how they "mix"/defuse down the length of the channel. The only force is capillary flow.
I am interested in the time it takes to reach the end. and the volumes traveled in more complex geometries.
This might not be possible. Just wanting some input.
|All times are GMT -4. The time now is 20:38.|