Really awesome! I am glad to see you making progress! Looks like you are getting it tuned in very well, I want to see some more powerful neodinenum magnets on that thing so bad!!!
@oscarverwey
3 жыл бұрын
Thanx , Yas verry glad the extra work pays off ,The magnets are on ther way :) orderd. 2x 40x40x20, 4x 40x25x10, 10x 40x10x10 n52 neo's, so i can make different setups to see what works best, IT takes 40 Days to ship Them to greece ,in the mean time i gonne focus on the steam boiler
@oscarverwey
3 жыл бұрын
Ik heve seen the osilation (tripping of the bar meter ) in one of your video's to ,way is it doing IT?
@iEnergySupply
3 жыл бұрын
@@oscarverwey gosh this is so exciting! I CAN'T WAIT!
@iEnergySupply
3 жыл бұрын
@@oscarverwey I think when my needle started vibrating, it was actually due to the vibration from the turbine matching the resonant frequency of the needle on my gauge, but it's still unclear to me. Something different may be happening in your situation.
@iEnergySupply
3 жыл бұрын
@@oscarverwey I've been sharing your videos, I hope it's helping.
@nathanbunten4299
Жыл бұрын
I think you missed something. The water and steam were to create steam hammer and water hammer (look it up in plumbing) When they hit it causes an ultrasound wave . The effect is an amplification of the energy. The end part was to create frequency. The middle is ok to use are for constant timing. And the speed was much slower. Anyway good luck I like it so far..
@oscarverwey
Жыл бұрын
Thanks for you're support, I highly appreciate it , interesting idea! Do you mean that is the steam condenses in the down stroke it makes a vacuum? in this particular test 3 inputs where buid en only air is used , even on the most wet steam I didn't see water hamer, next thing is a airspring/compressor en a different alternator like in fig 1 of the patant
@nathanbunten4299
Жыл бұрын
@@oscarverwey If you have ever had your sink stutter then you have seen it. The act of water hitting something really hard constantly makes a pulse wave. the steam hammer is when it converts from water to gas and back again. the pressure in the pipe makes the reformed water hit the side wall with force. that makes a pulse wave. The air part is the constant part above that. it is timing. It is support to keep everything balanced. The top is wire and magnets. The goal was never to produce energy. It was to make mechanical frequency. Put your multimeter on frequency. The whole idea of the machine was to resonate something at very low oscillations. If you look at the numbers it took to make the steel in his building resonate ( super high vibration at a molecule level ) then the whole thing makes sense. It took a whole day to do. You have to take a resonance frequency and divide by 2 until you get the number in the teens. Then plot each point at those numbers. Every time it hits those numbers it adds energy until it saturates the metal. I have an example on my page that talks about frequency. kzitem.info/news/bejne/24aevKGhoXl6pZg
@oscarverwey
Жыл бұрын
@nathan bunten I know about cavitation although I never had a sink shutter, this is way I don't want a external heating coil for the cryophorus system it's gonna be destroyed pretty fast, about the frequency generation I've tuned it from 12hz to 80 hz en it's really amazing how stable it is at different run pressures, one's I attached it to a big rock en poked around whit a speaker on a stick whit a hand held oscilloscope, I always thought the mechanical oscillator was build to make electricity of constant frequency so tesla could eventually work on the transmitters en al kind of apparatus like telegeodynamics en radio's, I believe the mechanical oscillator is the first peace of the puzzle to understand tesla's work fully , i like te idea of the water hammer , although it can destroy a lot of stuff just like cavitation , as I understand it only rhe turbine can withstand such forces befits not in direct contact whit the flat disc's as this is also a project of mine right now 😀
@nathanbunten4299
Жыл бұрын
@@oscarverwey I found water hammer in a strange way. I was watching a guy on you tube get conductivity out of granite. so i tried it. as long as it was wet it was conductive. The real answer was that the fluoride in the water and the silica in the granite were having a reactio0n causing the water to pick up the piezoelectricity of the quartz in the water making the water the conductive part. so i put the granite in a bowl of water then added a wire to another one. every time i added a bowl the conductivity went up. left alone the conductivity would continue to increase. then immediately dissipate when touched. the best part was I got a glass of water from the sink during the experiment and when the water was shut off it made a pulse wave jumping the conductivity. Tesla was never making energy, he could build any kind of motor or generator he wanted. He was studding the pyramid. He wanted to resonate the quartz in granite. I will do the test again soon. I will send you the link. It's one of the best experiments I have ever done.
@oscarverwey
Жыл бұрын
That's super cool , I always thought way granite is conductive is because it's transforming electricity into mechanical like a piezo en turns it back again whit minimal losses
@CharlieSolis
3 жыл бұрын
Nice work Oscar!!
@oscarverwey
3 жыл бұрын
Thanx, the extra work is worth IT to incrise the efficiency even more, Its so much more poweful at lower persure
@ricktherrien8235
2 жыл бұрын
I remember seeing something like this by Tesla but it was a water pump I think to increase water pressure I think. Maybe this is the same but with steam. Thanks this was neat!!
@CRE4T0R42
10 ай бұрын
Hey, Im no engineer or anyting but do you think it would be theoretically possible to recreate a even stronger mechanical oscillator like tesla did, but with neodymiummagnets? They werent invented through teslas lifetime so my thoughtprocess was that because they are even stronger, it should resonate way stronger than with normal magnets ?
@oscarverwey
9 ай бұрын
Ow Absolutely if wil be a much faster oscillation do to the higher force it gives the mass more stiffness , its like a LCR circuit tesla was a master of LCR. although working whit big strong magnets is a nightmare do to larger eddy currents in the machine near it , dust collection en danger of losing a finger or 2 , I got a max of 65 hz whit 2 engine valve springs they've pretty good for such things en it could be tuned aswell from 36 to 65 hz whitout adding mass
@EnterTheRealm
3 жыл бұрын
Awesome 👌
@EnterTheRealm
3 жыл бұрын
Thats not going to tell you the frequency like that lol is going st a few hundred if not thousand hertz
@iEnergySupply
3 жыл бұрын
Actually it's really close to 30 hz, you can tell by hearing a 30 hz sound. Here is an example kzitem.info/news/bejne/xq6buJ-fcGmAgI4
@oscarverwey
3 жыл бұрын
the patent states it can do many thousand cycles a minute! Not second , it Al depends on the stiffness en the force of the spring in combination whit the mass of the piston (like a electrical LC) en mi spring is not verry strong en only do about 2000 cycles a minute
@blainevans9237
2 жыл бұрын
There’s the fore of a spring (we are using mag repulsive) the piston weight but you must account for pressure as well. We changed part of the design to allow for the non use of physical springs. But for small applications this is not a practical approach
Пікірлер: 30