Hi Georg,
there is no Dune magic involved preventing you from using precomiled
headers. But CMake does not offer a built-in way to use them, see for
example [1] for ways to achieve what you want.
[1]
https://stackoverflow.com/questions/148570/using-pre-compiled-headers-with-cmake
Beside using
Hi,
I fully agree with Timo.
We run some Dune models (shallow water) on our high performance cluster. From my
experiences with Dune I can say that models with more than a few Mio cells can
become very uncomfortable in the handling. Preprocessing and postprocesing can
get very complex and
Dear Dumux users,
there are still a few places left in the workshop. They will be given away on a
first come-first served basis, so better be fast!
Kind regards
Bernd
--
___
Bernd Flemisch phone: +49 711
On 04.04.19 10:05, Johannes Koestel wrote:
Hej Bernd,
Thanks for the quick reply.
Ah, I am wondering about the second case, of course.
I am a bit unsure about the terminology. I was referring to what is
referred to as 2p2c in the attached paper.
(no, there will not be roots in the models
Hi Johannes,
it sounds like you want to solve (Navier)Stokes on an explicitly resolved pore
geometry? Or do you want to use Darcy's law without resolving the pores but
using saturation, permeability, porosity and so on? The first case would
currently be impossible with Dumux since we don't
Hej,
I am interested in using Dumux to run flow and transport simulations in soil
with 3-D resolution.
Could you help me with getting an idea about the computational demands?
More specifically:
How much days would I approximately need to ...
.. model water and air flows (2c2p) under transient
