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

[hansvonlieven]

I still don't know what went wrong, something to do with the overunity server.

I uploaded the file to my website, it plays from there, I checked.

http://keelytech.com/overunity/milkovic_harti_hans.avi        file size just over 9 MB

Sorry about all the stuff ups on this one, it has been a harrowing morning but I wanted you guys to have a look at this.

Hans von Lieven

[hansvonlieven]

G?day all,

Today I will share with you one of my research simulations in regard to Milkovic and secondary oscillations.

The objective was to compare various configurations that made use of secondary oscillations and compare them to a pendulum of the same length oscillating at its natural frequency. I also wanted to find the source of  the erratic behaviour as observed in Milkovic?s apparatus and others I have built.

Milkovic states that the secondary oscillation does not influence the movement of the pendulum. This is demonstrably untrue.

In this animation there are 9 simulations in all of which only B does not generate secondary oscillations.

All pendula are of equal length so they all have the same natural frequency. Only B runs on it, all others vary to more or less a degree from the natural and must therefore be considered forced oscillations. Some other force feeds back to influence detrimentally the natural frequency of the pendulum.

This is not easily discernible in individual experiments, it only really shows up when the different set-ups are put side by side with the same starting point relative to the pendulum?s fulcrum and started simultaneously.

It looks like i cannot post the avi again so will have to resort to my website once more. The avi is on http://keelytech.com/overunity/milkovic2.avi

A screenshot is below.

Hans von Lieven

[PulsedPower]

@hansvonlieven

Nice demo, much easier than going into the garage for a few days making the stuff, What software was used?

@Pmotion

One problem with a pendulum is its' swing. As its' fulcrum is being lifted, the bob could lose angular momentum. This would be because as it swings upward, the fulcrum would also be moving upward. A self canceling of the motion.
The fulcrum would need to be lifted precisely when the bob is at its' apex. Any other time and it would be a self nullifying movement.

You got it, now the problem with lifting the bob of mass m is that you are doing work mgh to lift the bob, you might as well do the work on the end of the lever and get rid of the bob all together.

[shimondoodkin]

in these animations i see a strange behavior
when the 2nd pendulum is at the highest point the mass of the 1st pendulum is dragged by gravity and then the 2nd pendulum moves back and moves the 1st with its force

[hansvonlieven]

@ PulsedPower,

The programme is WorkingModel2005

@ shimondoodkin,

There is a lot more strange behaviour going on than this. I am working on an analysis of the various forces involved in this kind if scenario.

I believe I understand now the physics involved in this. My paper on the subject is maybe a week or two off, so please have patience.

Hans von Lieven