Hi, the cylinder is not hollow. I tried initially to use Faraday's law of EM induction and all the equations of J I knew, such as...
grad(J) + dD/dt = 0 [where D is the displacement]
and J = -conductivity*grad(potential)
However, I just couldn't get anywhere with them.
I know the...
Given a cylinder of length L, radius a and conductivity sigma, how does one find the induced currenty density (J) as a function of p when a magnetic field B is applied?
Where p is the distance from the axis of the cylinder and B is applied along the axis of the cylinder, B = Bosin(wt)...