Hello!
I am attempting to model an oscillating magnetic field in the X-Y plane using 2 pairs of helmholtz coils connected to sinsusoidal current sources together with a steady state background magnetic field in the Z-axis. I am intending to add another wire with a steady current later through the Z-axis to observe how the magnetic fields interact.
I have attempted to model it in the frequency domain. However, the background magnetic field is observed to oscillate in the frequency domain. Hence, I would think that the time-dependent solver is the most appropriate to model both steady state and oscillating fields. I am unable to solve in the time-dependent solver as I continuously obtain "Failed to find consistent initial values, last time step is not converged"
I have looked up other discussions like this which talk about boundary conditons but I do not know how many more boundary conditions I could add beeyond the magnetic insulation BC.
My model can be found attached to this post (do ignore all studies aside study 4). I would appreciate any assistance I can receive on my problem. Thank you in advance, I hope you can help me out!