Hello,
I'm current working in a 2D simulation of a conceptual motor and I need some help interpreting the results.
I defined a copper conductor as the boundary of a cylinder of iron. The copper conductor has a surface density current [A/m]. After computing, when I use a "1D plot - line graph" to check the density current on that surface, the result is in [A/m^2] and not in [A/m]. Why?
I also was especting a Lorenz force contribution on that surface with the units [N/m^2] but the result is in [N/m^3].
Can someone explain me why is that?
Thanks for your atention,
Best reggards,
João Fernandes
I'm current working in a 2D simulation of a conceptual motor and I need some help interpreting the results.
I defined a copper conductor as the boundary of a cylinder of iron. The copper conductor has a surface density current [A/m]. After computing, when I use a "1D plot - line graph" to check the density current on that surface, the result is in [A/m^2] and not in [A/m]. Why?
I also was especting a Lorenz force contribution on that surface with the units [N/m^2] but the result is in [N/m^3].
Can someone explain me why is that?
Thanks for your atention,
Best reggards,
João Fernandes