I figured it out.
I need to use history variables as in step 18.
On Tuesday, December 13, 2022 at 9:18:27 AM UTC+2 Abbas wrote:
> EXACTLY.
> However, it is not clear to me how can I store that value, so that in the
> next iteration I would be able to compare it with the current value at the
EXACTLY.
However, it is not clear to me how can I store that value, so that in the
next iteration I would be able to compare it with the current value at the
q-point, and take the maximum between the two ,and then store that for the
next iteration and so on.
On Tuesday, December 13, 2022
On 12/12/22 05:41, Abbas wrote:
I am solving a vector problem similar to step-8. I have
aVector solution with u_x and u_y at each dof. I would like to have
another Vector magnitude which stores the magnitude \sqrt(u_x^2+u_y^2)
at each dof. Now it is clear that solution has double the size of
Hello,
This might be a simple question but I am stuck.
I am solving a vector problem similar to step-8. I have a
Vector solution with u_x and u_y at each dof. I would like to have
another Vector magnitude which stores the magnitude
\sqrt(u_x^2+u_y^2) at each dof. Now it is clear that
