Constant flux DC motor/generator.

[gravityblock]

Furthermore, I don't see how your video posts suggest anything about broli's design either. ..in that case you are just as off-topic as I am.  The videos linked..

This concept is based and designed around the working principals of those videos and links along with the HPG/HPM.  It is based on an uniform magnetic field and field confinement.  There is no reason in filling up this thread with all the failed attempts or experiments that is based on a changing magnetic field that has nothing in common with this topic.

Please don't take any offense.  I just don't see a connection here.  I respect your genuine attempt.  You're a diamond in the ruff on this forum because you're doing actual experiments and sharing.  I apologize for being too judgmental about your findings.

GB

[broli]

This thread was mainly made for the designs I posted and their derivatives suggested by me or others. So far no experiments have been performed on these so no conclusions can be formed.

@jadaro: I think GB was just saying that your experiment wouldn't classify as a derivative as you allow the flux to change during operation. While this design is based on the concept that flux doesn't change during operation, thus a constant force is always acting on the parts.

I'm willing to make a bigger presentation explaining the whole theory from scratch if it's needed. Then it might be obvious where this concept came from and what the reasoning behind it is. Including rail guns, circular rails, and ferro materials. But it will take a while.

[jadaro2600]

@GB, I understand, I know the mentality ( there is so much which can be conveyed with a textual description ).

@Broli,

In you pictures, the rotor will presumably rotate when a current is run through the coils ( yellow )?

I've thought about a similar model; Am I to understand then that the yellow wire is abbreviated? as if to say there is to be a toroid-like wire winding in the stator?

If this is so, then I see nowhere for their to be force exerted and you may have a similar dilema that I do, either it won't rotate, even with a confined field ( one looping as you have it, the magnetic field is 'guided' )?  Is this a possibility?

I ask because of the first and second question; a general notion ( for my understanding can be drawn from there ).

@jadaro: I think GB was just saying that your experiment wouldn't classify as a derivative as you allow the flux to change during operation. While this design is based on the concept that flux doesn't change during operation, thus a constant force is always acting on the parts.

Yes, all is well, it was not my intention to present a pulse motor ( but it's failure as a constant flux is now evident ).  This is why I posted no pictures or gave any meaningful data behind it.