@@ -44,6 +44,10 @@ Things get more complex when trying to extrapolate 2D simulation results to 3 di
In the case of a coil, center axis of the coil is at a fixed distance from the circumference of wire (assuming it isn't spiraling), and therefore we can scale Biot-Savart by 2*pi*r, but as we move towards the perimeter of the coil radially, the 3 dimensionality of the coil becomes more complex and nonlinear. I believe that unlike the infinite wire approcimation, this would not result in linear scaling and perhaps would result in error unless accounted for?
## Calculating Forces
["Lorentz Force Law"](https://en.wikipedia.org/wiki/Lorentz_force)?
# Motor Questions
This project attempt to answer some non-intuitive motor design questions through simulation, fundamental equations, and hopefully some homemade discrete 2D EM (static) FEA.
