(NEW) Help with Electromagnetic Braking Principles
[COLOR=#333333][FONT=Verdana]So my friends and I are working on a Mechanical Engineering design project. I'm looking to create an electromagnetic brake that would be applied in a linear fashion as opposed to most that work in a rotation fashion (i.e. wheels). I'm looking to use these electromagnets on an aluminum rail which would then be attached to an already levitating train/pod (the magnets don't play a factor in levitation, only braking). I was wondering what necessary equations would be needed for the magnets, relating drag force to the force of a moving pod as well as the necessary current/power to create the force.[/FONT][/COLOR]
[COLOR=#333333][FONT=Verdana]Also, I was wondering if there are any websites that currently have these types of brakes or electromagnets.[/FONT][/COLOR]
[COLOR=#333333][FONT=Verdana]Thanks! (again I'm new to the forum so a little unsure of how this whole thing works)[/FONT][/COLOR]