Hi I'm trying to preform a simple model of a ferromagnetic bar which has a coil wrapped around it. The bar has a 4×4 cm base and is 15 cm tall, the coil has an inside radius of 29 mm and outside radius 30 mm and a height of 10 cm. The goal is to find the eddy currents in the bar, generated joule heating, temperature distribution (convection is taken in account at the edge of the bar) in the bar and in the end stresses in the bar because of the joule heating. The model is very similar to the example done in the low-frequency electromagnetic analysis guide and if I follow it I do get results which are logical. Now my problem lies in this: - the example in the guide takes in accord symmetries and while my own model is also symmetric I would like to preform it without taking in account symmetries. How do I apply current excitation in the coil? If you take in account symmetries you have 2 symmetric planes at which you can set the boundary conditions appropriate for a current fed solid conductor. I modelled the coil as a closed hollow cylinder and according to the ansys you are supposed to apply current amount at one side with the coupled volt DOF over all nodes at that area and at the other area you set VOLT DOF to zero. Since I don't have 2 areas in a closed cylinder that is a bit difficult. - the flux-parallel boundary condition is also causing me problems since I haven't done electromagnetism in ages and its causing me problems. In the guide the boundary conditions are set on the exterior surface of the air enclosure, the az degree of freedom is set to zero. I'm assuming that is to hold the magnetic field flux inside the air enclosure (to be as a limit to the magnetic field). Am I right or wrong about this? If you need more details I can attach a picture of the model, or if something is unclear please ask me since my wording may be a bit off (English isn't my primary language sadly so I apologize for any ill formulated sentences ).