Thanks professor, that helped. It works now. For the record I used Boolean
fragments (coherence), please find the updated result figure.
[image: updated tempreture.png]
On Thursday, August 19, 2021 at 6:57:43 AM UTC+2 Jean-Paul Pelteret wrote:
> Hi Ibrahim,
>
> My guess is that the mesh has
Thanks a lot for your reply, I'm working on a PHD thesis(Rostock
university, Germany) in the domain of nonlinear model order reduction. the
thesis is attached to a European project in the field of microelectronics.
the board I attached is a graphics board and has three heat sources, 2
Hi Ibrahim,
My guess is that the mesh has been exported without the connectivity between
the parts being enforced. So even though the physical vertices of the mesh
overlap where you have different parts, there are two or more distinct vertices
that lie on top of one another and the
On 8/18/21 9:20 AM, ibrahim zawra wrote:
Thanks a lot that helped, I applied symmetric<2,dim> tensor because it is a
heat problem. I also implemented the convection boundary condition. I have a
problem in the results, it seems the contact between surfaces is not detected
automatically, I want
Thanks a lot that helped, I applied symmetric<2,dim> tensor because it is a
heat problem. I also implemented the convection boundary condition. I have
a problem in the results, it seems the contact between surfaces is not
detected automatically, I want to model such contact.Please I will be
On 8/16/21 10:37 AM, ibrahim zawra wrote:
real problem for graphical board . I used GMSH and identified different
material_ids on different parts and made sure it is correct using the function
print mesh info.
I wrote the class Material data to substitute the coefficient function. but I
Dear deal.ii Community,
real problem for graphical board . I used GMSH and identified different
material_ids on different parts and made sure it is correct using the
function print mesh info.
I wrote the class Material data to substitute the coefficient function. but
I tried several things
