Thanks Daniel for the fast answer as always.
I am a bit confused :
if I understood correctly, in this example, the boundary condition is that
the normal component of the gradient of c is equal the velocity of the
interface.
and as you know the velocity of the interface (supposed to be
On Sun, Mar 27, 2011 at 6:00 PM, Lorenzo Isella
lorenzo.ise...@gmail.com wrote:
Is there anywhere a relatively easy and comprehensive introduction about how
to use gmsh from the Python interface?
Gmsh doesn't actually have a python interface. FiPy can read output
from Gmsh and invoke it in
On Mon, Mar 28, 2011 at 5:31 AM, Julien Derr julien.d...@gmail.com wrote:
Thanks Daniel for the fast answer as always.
I am a bit confused :
if I understood correctly, in this example, the boundary condition is that
the normal component of the gradient of c is equal the velocity of the
Hi Daniel,
I was also thinking about two conditions :
condition 1 : for the boundary of the diffusion of C
instead of a condition on grad(c) like in the example, I was thinking of a
condition on c directly : c=0 at the interface;
condition 2 : definition of the speed of the interface
instead
On Mon, Mar 28, 2011 at 1:38 PM, Julien Derr julien.d...@gmail.com wrote:
Hi Daniel,
I was also thinking about two conditions :
condition 1 : for the boundary of the diffusion of C
instead of a condition on grad(c) like in the example, I was thinking of a
condition on c directly : c=0 at
