for
anything to move).
Best regards,
Nikolai
From: Timo Koch
Sent: Thursday, August 9, 2018 7:29:55 PM
To: DuMuX User Forum
Cc: Nikolai Andrianov
Subject: Re: [DuMuX] Non-constant pressure BC for non-zero capillary pressure
Hi Nikolai,
I don't really have time
ressure BC on the wetting
phase pressure?
Thanks,
Nikolai
*From:*Timo Koch
*Sent:* Tuesday, August 7, 2018 18:41
*To:* DuMuX User Forum
*Cc:* Nikolai Andrianov
*Subject:* Re: [DuMuX] Non-constant pressure BC for non-zero capillary
pressure
Hi Nikolai,
It's a bit hard to say without seeing t
not really moving into
the domain.
Your help is greatly appreciated!
Many thanks,
Nikolai
From: Dumux on behalf of Nikolai
Andrianov
Sent: Wednesday, August 8, 2018 10:23 AM
To: Timo Koch; DuMuX User Forum
Subject: Re: [DuMuX] Non-constant pressure BC for non-zero
From: Timo Koch
Sent: Tuesday, August 7, 2018 18:41
To: DuMuX User Forum
Cc: Nikolai Andrianov
Subject: Re: [DuMuX] Non-constant pressure BC for non-zero capillary pressure
Hi Nikolai,
It's a bit hard to say without seeing the results. Can you provide some
screenshot or something so
Hi Nikolai,
It's a bit hard to say without seeing the results. Can you provide some
screenshot or something so that it is clear how much the pressure is
deviation where and when (only at the beginning of the simulation)?
One thing that might help: you are using the cell-centered TPFA scheme
Dear DuMuX experts,
I wonder what can be the reason for the following strange behavior I observe
with a simple waterflooding simulation.
It is a water injection into an oil-saturated 2D block, the fluids are
considered as incompressible. Dirichlet boundary conditions are imposed at left
and
