Daniel,
No problem - later this week I’ll make a clean notebook with a less application
specific example.
Cheers,
John Leeman
> On Apr 25, 2016, at 12:34 PM, Daniel Wheeler
> wrote:
>
> On Tue, Apr 19, 2016 at 11:10 PM, John Leeman wrote:
>>
>> I was just worried I didn’t grasp the way
On Tue, Apr 19, 2016 at 11:10 PM, John Leeman wrote:
>
> I was just worried I didn’t grasp the way I needed to interact with FiPy. An
> example along this vein could be a useful addition in the docs possibly?
John, an example would be very welcome. If you would like to just make
it an IPython no
Hi Jonathan,
The temperature change predicted is simply too high. This simulates sliding of
a granular material under modest stress at 10 µm/s. I did find the issue
though. For what it’s worth the representation should be:
eqX = TransientTerm() == ExplicitDiffusionTerm(coeff=D) + (mask *
((mu*
I don't see anything obviously wrong with the way you've posed the source. Why
do you think you have a problem?
> On Apr 18, 2016, at 4:44 PM, John Leeman wrote:
>
> Hi all,
>
> I’m working on implementing a rather simple thermal diffusion model with
> FiPy, but haven’t been able to find any
Hi all,
I’m working on implementing a rather simple thermal diffusion model with FiPy,
but haven’t been able to find any examples or things in the docs to get me over
the last challenge.
The model represents a stack of several materials. One of them is a granular
substance that is sheared and
