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

[MoRo]

@ MoRo

put a load at the output side to test how it will work in that case.

@ Merg

The square shaped mass that I have attached to the right side of the fulcrum is representative of a load for it takes energy to reciprocate the mass. (an object in motion tends to stay on that trajectory unless subjected to an opposing force.) It requires energy or work to revere its direction, So it is the load.

In Phun, decreasing the size of the square on the right reduces its mass. When this is done, the amplitude of the reciprocation of the square mass increases. And the energy required to rotate the mass on the left side increases slightly. (the spin slows if energy input rate is unchanged). this would probably be due to the fact that the orbiting mass must travel further in an elliptical orbit than it would have to in a tight circle.

Also, increasing the size of the square mass on the right increases its mass. When this is done, the amplitude of the reciprocation of the square decreases. And the energy required to rotate the mass on the left side reduces. (the spin speeds up if energy input rate in unchanged). Again, probably due to its more perfectly circular orbit.

I hope this answers your questions.

[MoRo]

@ MoRo

put a load at the output side to test how it will work in that case.

@ Merg:

Ok. I added a load and posted a 2nd Video. Enjoy

http://www.youtube.com/watch?v=ec_tzbyHmRo

[MoRo]

@ MoRo

put a load at the output side to test how it will work in that case.

You must see this video!
http://www.youtube.com/watch?v=wNtEtBXYn0Q

[FreeEnergy]

@ MoRo

could you post the phun files here or somewhere else where it can be downloaded?

thanks :-)

[FreeEnergy]

@ MoRo

could you post the phun files here or somewhere else where it can be downloaded?

thanks :-)

never mind, found it!