12 times more output than input, dual mechanical oscillation system !

[Dingus Mungus]

Compare the energy in the pendulums... Plus I took some kinetic energy and burned it with a damper. Clearly another violation.

[iacob alex]

          Hi!
     A new year and some fresh news about  the latest developments of Prof  Milkovic at     http://www.veljkomilkovic.com/AktuelnoEng.html 
       All the Bests! / Alex
 

[mindsweeper]

Hi everyone using Overunity.com

As this is my 1st post I thought I?d just say I know very little about OU, I came here while searching the net for Josef Papp. Found the posting on Mikovic and the buzz discussion, I was inspired.

I got to work with Wm2D and think that a good way to prove unity (+)? is use a flywheel to swing the pendulum?.

I?m using a 15Kg pendulum, 16Kg lever, 18,78Kg weight, 9Kg flywheel.

Could we not at least prove unity this way?

I?ve not managed to get more that 12 rotations of the flywheel but it seems that fine tuning the green weight on the lever can induce radical swing effects in the pendulum, causing it to speed up and then go out of sync for a few rotations then back in sync.

How hard would it be to get the flywheel rotations correct (resonant?) to induce a steady swing effect on the pendulum?

Should I just give up now?

[FreeEnergy]

Hi everyone using Overunity.com

As this is my 1st post I thought I?d just say I know very little about OU, I came here while searching the net for Josef Papp. Found the posting on Mikovic and the buzz discussion, I was inspired.

I got to work with Wm2D and think that a good way to prove unity (+)? is use a flywheel to swing the pendulum?.

I?m using a 15Kg pendulum, 16Kg lever, 18,78Kg weight, 9Kg flywheel.

Could we not at least prove unity this way?

I?ve not managed to get more that 12 rotations of the flywheel but it seems that fine tuning the green weight on the lever can induce radical swing effects in the pendulum, causing it to speed up and then go out of sync for a few rotations then back in sync.

How hard would it be to get the flywheel rotations correct (resonant?) to induce a steady swing effect on the pendulum?

Should I just give up now?

could you try and make it a one-way flywheel? i think that might make it better.

[mindsweeper]

could you try and make it a one-way flywheel? i think that might make it better.

OK but how would you measure the force needed to move the pendulum to start position and then measure the total force the flywheel takes from one release.

I know I can't get it going perpetually,

But, I'm not sure how to workout the correct start position so the most force from the initial pendulum release is absorbed by the flywheel. Is it quite difficult?