Hello,
yes, sorry, so what I actually want to impose is that the normal
derivative of saturation at the right boundary is = 0 and as I
understand since, sw and sn are related, it doesn't matter which
saturation.
Regards,
Lorenzo
On 01.02.2019 12:12, Timo Koch wrote:
It’s unclear what
Hi Lorenzo,
It’s unclear what you mean: dsn/n is not the flux of the non-wetting phase,
dsn/n=0 only means the capillary-pressure-driven part of the flux is zero.
Anyway, for the immiscible two-phase model (2p) model, if you want to set the
(1) the non-wetting phase flux to zero: return zero
Good morning,
but so, how can I impose the flux of the non-wetting phase (oil) to be
constant, dsn/dn = 0, at the right boundary?
Kind regards,
Lorenzo
On 31.01.2019 0:43, Flemisch, Bernd wrote:
1) It seems that you are setting no-flow for the saturation on the
right boundary. I'm not
