Selfrunning Free Energy Permanent Magnet Motor - The Simon Magnet Motor motor

[MagnaProp]

I received 2 new simulation videos...

Looking at the video again, I wonder what is causing the sets of large arrows to appear and disappear? That seems to suggest the asymmetry that this motor needs to run. But why does it occur?

As for the Howard Johnson motor, I think it relies on basically a magnetic ramp but the ramp is weak enough, since the magnets aren't spaced that far apart, so that the momentum of the inner disc can go past the sticky spot.

[tiquila77]

MagnaProp,
All the arrows, including the bigger ones that appear occassionally, are constantly rotating with the ring magnets. This reminds of the debate on whether or not a rotating magnet rotates with its flux. Several experiments confirmed that the rotating magnet does rotate with its flux. So the two videos do agree with the experiments.

The magnetic flux arrows you mentioned are behaving like surging currents. The fact that they are appearing and disappearing continuously could mean that the motor is occassionally behaving as an open system and is therefore occassionally receiving  influx of energy from the environment...

[lumen]

I think the design simply fools the simulator.
It appears to be nothing more than angled magnets in a field which we know does not work.

Do the small angled magnets need to be angled? or could they just be at 90 degrees and achieve the same effect?

The forces on the angled magnets appear the same in either direction, so why does it rotate.

[tiquila77]

Its obvious that you dont understand the motor's principle of operation; if you did, your "argument" would be different...

It is also obvious that you have no clue as to the way finite element analytical softwares operate. Why would you say that the motor design fooled the FEA software?! This is laughable, you know.

Experiments and simulation results confirmed that the output torque is greater when the tiny magnets are  inclined compared to when they are not inclined or when they just be at 90°.

Your last question isnt clear... As can be seen, the magnetic fields of the magnet assemblies are asymmetrical; thus the net output torque acting on the rotor magnet is not zero.

[lumen]

Its obvious that you dont understand the motor's principle of operation; if you did, your "argument" would be different...

It is also obvious that you have no clue as to the way finite element analytical softwares operate. Why would you say that the motor design fooled the FEA software?! This is laughable, you know.

Experiments and simulation results confirmed that the output torque is greater when the tiny magnets are  inclined compared to when they are not inclined or when they just be at 90°.

Your last question isnt clear... As can be seen, the magnetic fields of the magnet assemblies are asymmetrical; thus the net output torque acting on the rotor magnet is not zero.

So it would operate the same if all the ring magnets were stationary and the rotor was comprised of only the angled magnets?