ignored it. I just have to remember to use the right
address in the "From" field. My fault.
Thanks and Regards,
Matt Koch
- Message from [EMAIL PROTECTED] -
Date: Mon, 14 May 2007 08:59:06 -0400 (EDT)
From: Jonathan Guyer <[EMAIL PROTECTED]>
Reply-T
am beginning to
get more and more intrigued with FiPy, but the questions below keep me
from fully committing time to it. If you have any answers, even bits and
pieces, I would greatly appreciate them. I was unable to solve these
questions by going through the two manuals.
Many Thanks and Regar
$20,000, which is completely out of the question.
Thanks,
Matt Koch
- Message from [EMAIL PROTECTED] -
Date: Mon, 16 Apr 2007 16:13:34 -0400 (EDT)
From: Daniel Wheeler <[EMAIL PROTECTED]>
Reply-To: fipy@nist.gov
Subject: Re: ... FiPy capabilities ...
To: Mu
, just a general
statement as to whether it might be possible to attack such a problem
successfully in FiPy at all? I am thinking, though, of capturing the
liquid to solid interface and the liquid to gas interface with two
separate Level Sets?
Thanks and Regards,
Matt Koch
Hi Jonathan,
oops, I am sorry, I forgot that I am loosing the "scitex.us" association
when I use web mail. Here goes again.
Regards,
Matt Koch
Jonathan Guyer wrote:
Matt,
I don't know if you get notification, but this message got bounced.
Please resend from your scitex
sacrifice has to be made, because we are dealing with more
grid points in 3D than we would in 2D? Am I getting close, or have I
missed the point?
Regards,
Matt
Jonathan Guyer wrote:
On Jan 18, 2007, at 11:13 AM, Daniel Wheeler wrote:
On Jan 17, 2007, at 4:12 PM, Matt Koch wrote:
I just
n FiPy alone? By
"wedge-shaped", do you mean as in a slice of pie?
3) Tee Geometry
Thanks for the tip. I recall now having stumbled across this somewhere
in the documentation. I assume the "shift and merge" trick somehow
applies to the above cylindrical mesh as well?
Best R
ar is meshing commands for lines, rectangles or circles. How
would I create and mesh, say, a Tee shape?
Thanks,
Matt Koch
