Speed up to 4 processors should have at least 40,000 equations for 3D
problems and more for 2D.
At least for iterative solvers. This is probably a good place to start with
direct solvers but you might see benefit with a little less.
Mark
On Wed, Mar 15, 2023 at 9:09 PM 권승리 / 학생 / 항공우주공학과
Thank you for your reply.
It was a simple problem, but it has more than 1000 degrees of freedom.
Is this not enough to check speedup?
Best regards
Seung Lee Kwon
2023년 3월 15일 (수) 오후 8:50, Matthew Knepley 님이 작성:
> On Wed, Mar 15, 2023 at 3:38 AM 권승리 / 학생 / 항공우주공학과
> wrote:
>
>> Dear petsc
On Wed, Mar 15, 2023 at 3:38 AM 권승리 / 학생 / 항공우주공학과
wrote:
> Dear petsc developers.
>
> Hello.
> I am trying to solve the structural problem with FEM and test parallel
> computing works well.
>
> However, even if I change the number of cores, the total time is
> calculated the same.
>
> I have
Dear petsc developers.
Hello.
I am trying to solve the structural problem with FEM and test parallel
computing works well.
However, even if I change the number of cores, the total time is calculated
the same.
I have tested on a simple problem using a MUMPS solver using:
mpiexec -n 1
mpiexec -n
