Muhammad,
> When we get the solution of Helmoltz equation using the function
> UltrasoundProblem::solve ()
> [...]
>
> The output solution will be alpha and Beta from the function
> UltrasoundProblem::solve (). It will become of the input of the class
> class ComputeIntensity : public
On 8/16/19 9:41 PM, hua zhang wrote:
> I am studying goal oriented adaptivity for FSI problems and code it
> in deal.ii. The system consists of velocity, pressure, displacement(u,p,w),
> so I use block sparsity matrix for system matrix. When I solve the dual
> equation, I find what I
On 8/17/19 2:49 AM, 张嘉宁 wrote:
> I am the new one here, and recently I test a program solving elastic problem
> considering neumann boundary conditions. So I finish it on the basis of
> Step-17 by adding the neumann boundary conditions. I found that wen lame and
> mu are not large (i.e.
Doug,
> I am trying to use the parallel::distributed::SolutionTransfer LinearAlgebra::distributed::Vector, hp::DoFHandler> class and I
> can't seem to use it similarly to the serial version.
>
> I looked through the tests/distributed_grids/solution_transfer_0*.cc tests
> and
> none of them
Hi,
I am the new one here, and recently I test a program solving elastic
problem considering neumann boundary conditions. So I finish it on the
basis of Step-17 by adding the neumann boundary conditions. I found that
wen lame and mu are not large (i.e. equals to 1 by default), the solution
Hello,
I am trying to use the parallel::distributed::SolutionTransfer, hp::DoFHandler> class and
I can't seem to use it similarly to the serial version.
I looked through the tests/distributed_grids/solution_transfer_0*.cc tests
and none of them seem to be testing for the hp refinement. The
