Hi,
Thanks for the help with getting FiPy running under Linux! I am trying to
re-create a 1D nonlinear diffusion problem for which we have C++ code that uses
the implicit Thomas algorithm based on
J. Weickert, B. Romerny, M. Viergever, "Efficient and Reliable Schemes
for Nonlinear Diffusion
On Mon, Jul 23, 2018 at 1:06 PM, Drew Davidson wrote:
>
> 'dx' is actually the thickness of the thermal contact region. It is not the
> volume of the cell. If it were a volume, the ratio dx/mesh._cellDistances
> would not be dimensionless. I was seeking a thermal contact region of zero
> thickn
Hello Dr. Wheeler,
'dx' is actually the thickness of the thermal contact region. It is not
the volume of the cell. If it were a volume, the ratio
dx/mesh._cellDistances would not be dimensionless. I was seeking a thermal
contact region of zero thickness (dx=0), giving a true thermal contact
res
On Tue, Jul 17, 2018 at 4:43 PM, Drew Davidson wrote:
>
> I still need FiPy code for:
>
>
> dAP1/(dAP1+dAP2)
>
>
> and
>
>
> dAP2/(dAP1+dAP2)
>
>
> where dAP1 and dAP2 were distances from cell center to cell face for cells
> on either side of the interface. If these FiPy expressions are unavailab
