On Feb 22, 2011, at 11:32 AM, Burak Atakan wrote:
> I would like to vary the example circle.py and apply convective boundary
> conditions at the outer surface for a heat transfer problem.
> -k dT/dr = h (T-T0)
>
> There were similar problems in the postings, using a 2Dmesh and applying a
>
On Feb 22, 2011, at 2:24 PM, David Ely wrote:
>
> I would like to implement a set of mixed boundary conditions on a single
> side of a 2D mesh. Is is possible to set the upper half of say the left
> edge to a FixedFlux BC and the lower half of the same edge to a
> FixedValue BC?
>
> My unde
On Feb 22, 2011, at 12:04 PM, Yeung (Billy) Au wrote:
> I tried executing examples (eg. acorr, fill, etc.) on
> http://matplotlib.sourceforge.net/ and had no problem displaying the plots. I
> will try to look into the matplotlib backends.
Thank you for checking. If you can get the matplotlib e
I would like to implement a set of mixed boundary conditions on a single
side of a 2D mesh. Is is possible to set the upper half of say the left
edge to a FixedFlux BC and the lower half of the same edge to a
FixedValue BC?
My understanding is that if you set a FixedFlux for say the upper ha
I tried executing examples (eg. acorr, fill, etc.) on
http://matplotlib.sourceforge.net/ and had no problem displaying the plots.
I will try to look into the matplotlib backends.
On Fri, Feb 18, 2011 at 8:39 AM, Jonathan Guyer wrote:
>
>
> On Feb 16, 2011, at 2:20 PM, Yeung (Billy) Au wrote:
>
>
On Feb 21, 2011, at 12:29 PM, Jorge Espinosa wrote:
> now my problem is solved, im going to write a
> program with comments and upload it for the fipy cookbook.
That would be most welcome.
Dear all,
I would like to vary the example circle.py and apply convective boundary
conditions at the outer surface for a heat transfer problem.
-k dT/dr = h (T-T0)
There were similar problems in the postings, using a 2Dmesh and applying a
mask, which is one at a given boundary and 0 everyw
Hi Julien, There is nothing obviously wrong. Unfortunately, I can't
look into this right now because I'm preparing for a conference next
week. I'll put this on my list for when I return and try and debug it
then (week beginning the 7th of March). I would say that the level set
sections of the code
Hi everyone,
I tried to do a simple level set technique : particules (concentration field
c) are diffusing and aggregating to an aggregate (represented by the
interface phi=0)
I used the template of examples.levelSet.electroChem.howToWriteAScript
to write the following few lines attached at the
