Elmer Discussion Forum

Hello Peter, Thanks for you response. I am reading the data through SaveLine procedure and I am getting the expected results. Actually, using Element = p:2 gets close, but best results is trough increased order elements in the mesh. I haven't checked the simulation time yet. Also, considering the si...

Thanks for the response, Mika.

About the result. Shoudn't B be defined by a linear variation and not a constant value in each element?

Hello all again, I saw that 'Quadratic Approximation' and 'Piola Transform' Keywords are not in the MagnetoDynamics2D solver. But they are changing the results considerably (Ps. I am using higher-order elements from ElmerGrid -increase) Is there a recomendation regarding these? Thanks again for your...

PS. updated my Elmer and this problem with Quadratic approximation is solved.

Also, When I use: Use Piola Transform = Logical True Quadratic Approximation = Logical True The linear system convergence is better, but it haults at the MagnetoDynamicsCalcFields. Simulation stops abruptaly. SingleSolver: Attempting to call solver: 3 SingleSolver: Solver Equation string is: calcfie...

Hello all, I am trying to simulate 2D magnetic flux distribution using higher order elements. I am trying this because I want to simulate a induction furnace applied to thin electrical steel laminations (0.27 mm). My thinking is that second-order elements would reproduce better the induced current i...

Hello all, I've been having trouble using massive coils and CoilSolver. Please find the simulation files attached here. For the mesh, there is a Salome File to create the mesh. For the CoilSolver I have simulated using Stranded coil, which works fine. And then I've tryied using a single turn Strande...

Also, when using voltage source,
Solution is trivially zero.

Same issue here.
Still nothing?

We are still trying to figure it out what to do with Paraview. If it is needed, as Elmer is great.