you can add remanecent flux density and in the direction vector you can set 1 or -1 based on direction of te B field and run the simulation it will work. The values he gave in the website are already in A/m so we dont need to divide or multiply with Uo
Hi Camilo, one question... At minute 3:00, you defined the constitutive relation for the magnetic field setting the magnetization curve. If I dont have the M vs H curve, could I define just the remanecent flux density? What else should change in the simulation? Thanks for the very good tutorial! bests
you can add remanecent flux density and in the direction vector you can set 1 or -1 based on direction of te B field and run the simulation it will work. The values he gave in the website are already in A/m so we dont need to divide or multiply with Uo
Hi Camilo, one question... At minute 3:00, you defined the constitutive relation for the magnetic field setting the magnetization curve. If I dont have the M vs H curve, could I define just the remanecent flux density? What else should change in the simulation? Thanks for the very good tutorial!
bests
I agree I don't have a M vs H curve either