RESONANCE EFFECTS FOR EVERYONE TO SHARE

[gotoluc]

Very good post and information Duff.

If we look at the resonating bridge: http://www.youtube.com/watch?v=3mclp9QmCGs what causes this huge energy buildup to the point of mass destruction?

Is it the 43 miles per hour wind that can destroy this mass?... is it the steel cables suspending the bridge that are being vibrated at fixed speed (frequency) by the wind to which are resonating the bridges 8 feet high steel girders?

I think this is one of the greatest filmed over unity demonstration of huge energy potential caused by a combination of events.

Let us think about how much mechanical energy would we need to put into this to tare that bridge apart like it did?

Imagine if they had cables attached to the bridge and used the oscillations to pull a mega watt generator back and forth how much energy they could of made and possibly kept the bridge together if the load on the generator was enough to keep oscillations below the point of self destruction ... nothing else around was braking apart by the 43 mph wind

Why don't they build wind generators on this principle?

What we need to do is think of the combination of events we need to get a circuit to output huge power like this.

Please share your thoughts and ideas.

Luc

[sparks]

    As seen by this resonant structure.  Pressure and inertia when in concert stores or converts energy into mass.  Now imagine slightly off tuning so that the nodes seem to travel through the mass.  Then a car perched at the crest of a wave would experience an acceleration across the bridge without damping the oscillations.

[wattsup]

@gotoluc

On the bridge, the wind is probably coming from more then one direction and it is the coupled effect. If one is in resonance to the bridge structure and another is slightly off.

This is one reason why I suggested you try the audio scheme. You can see it on the scope by using only one frequency to reach resonance, then use the second frequency at the first frequency less 1 hz and put the phase off by at least 6.84 degrees, then watch your scope. This would also provide you a secondary method of pulsing to "learn even more" under the same coil conditions which you use the regular FG.

You can even use the two audio signals to run two mosfets and use the phasing and frequency to pulse dc in soooooo many ways. lol

The way I see it like with one frequency you take up space in mass and with the second frequency you create movement inside the mass depending on how they compliment each other..

[gotoluc]

@gotoluc

On the bridge, the wind is probably coming from more then one direction and it is the coupled effect. If one is in resonance to the bridge structure and another is slightly off.

This is one reason why I suggested you try the audio scheme. You can see it on the scope by using only one frequency to reach resonance, then use the second frequency at the first frequency less 1 hz and put the phase off by at least 6.84 degrees, then watch your scope. This would also provide you a secondary method of pulsing to "learn even more" under the same coil conditions which you use the regular FG.

You can even use the two audio signals to run two mosfets and use the phasing and frequency to pulse dc in soooooo many ways. lol

The way I see it like with one frequency you take up space in mass and with the second frequency you create movement inside the mass depending on how they compliment each other..

Great and simple to understand post wattsup 

I guess it's about the same as sparks posted above but you wrote it in a way my simple brain can understand it

I'll start playing around with this and post if or when I get results.

Thanks for sharing.

Luc

[gotoluc]

Hi wattsup and everyone,

I tested your suggestion and noticed much swings on the coils output using the scope.

I then used a coil that has triple identical winding and used outer winding for left pulse, center winding for collection and inner winding for right pulse. I found that even though the peaks go higher during the swing up period they also drop so if you have a fixed load on the collection coil this will give you less sustained energy than if you have both frequencies equal. However I noticed that keeping the frequencies equal and adjusting the phase to 40 degrees on the left channel this gave the highest sustained output. However that could be just the characteristics of the sound card I'm using.

I played around with this setup for more than one day but have not really found an advantages if the collection coil is under load. However we need to understand that my coils were not at resonance as they have not been made to resonate at such a low frequency as 20Khz or less, so all I was testing is only the effects of frequency and phase shifts in a coil.

I welcome your input or anyone else who may think I'm missing something about this technique.

Luc