Open highlando opened 11 years ago
it actually need $X_2 f_p$, where $f_p$ is the rhs of the (discrete) continuity equation.
For the driven cavity the BCs are 'divergence free' and thus $f_p=0$...
This may not hold for other setups.
maybe not, because it does not influence the differential part... ???
it does!!
it actually need $X_2 f_p$, where $f_p$ is the rhs of the (discrete) continuity equation.
For the driven cavity the BCs are 'divergence free' and thus $f_p=0$...
This may not hold for other setups.