Tesla's original 18 Inch Turbine!! Expanded View!
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- Опубликовано: 9 фев 2025
- Cad work done by Omer Sebastian Larranaga, engr. Carlos, Ivan Cruz. Compliments of oceanbuilders....
Thanks to Paul Townley from Nikola Tesla Research & Development Centre and special thanks to patrons for making this possible.
These are the cad drawings to the turbine in the museum!
Here is a link to the picture of the original turbine.
en.wikipedia.o....
Patreons saw this post almost two weeks ago.
Full cad drawings available on Patreon shortly! STEP Files On the way!
/ ienergysupply
So cool to see the turbine all in pieces then assembled. Nice work Omar!
great video for begginers like me, cleared and solved the Tesla turbine module things, Thank a lot❤️
Thanks!
I put my first tesla pump together yesterday. My wife is starting a soap making business and I've been experimenting with different means of mixing the soap. I put a tesla turbine on a bit of ready rod and drive it with my cordless drill. It doesn't take very much energy to get water moving. Looking forward to trying it on the soap. I appreciate your videos, I'm getting closer to actually trying to imitate your success!
Thank you! We are extremely close, it's been a long time in the making.
soooo cool!
Thank you :)
The only thing I did not see is the seal on the shaft to keep the leaking down to a minimal.. nice work guys.
The complete drawing is almost complete :)
@@iEnergySupply Can't wait m8! Well done!
So is there like a formula for the given disk size to input ratio? Also I would like to try building my own with hard drive platters. The platters are rated for 7200 RPM in the previous use. Also what is the disk spacing when used with air instead of water, I know with water the optimal spacing is 0.4mm. One more thing, how do you generate your cold steam without using energy to make a vacuum to then release that to the turbine? Because otherwise that would just be a battery wouldn't it?.
from my experience for a 4 inch rotor 1/64th inch spacing is the best for steam, and air isn't much different. The larger the turbine, the more spacing you can have between the disks.
THANK YOU! When are you going to start selling these puppies?
after the conference I suppose.
Have you considered using Aerogel for the disks to cut down on the force trying to pull the disks apart. If you can't take out the speed, take out the mass. Also, I feel like some kind of atomic-thin graphine disk would be the best, but where would you get something like that. Aerogel seems more practical...
Maybe I'm wrong, but I feel like you are trying to get the disk to spin almost as fast as the atoms are moving, so the energy just seamlessly transitions into the disk, without friction or any other kind of loss. I think the idea could work, and I'm SUPER interested. I just feel like disk speed is the name of the game. I feel like this is probably a device that will require extreme efficiency to reach a tipping point, where it just works.
well we will see! Yes aerogel I believe would be a perfect material, but for now carbon fiber works extremely well. It seems to be suffitient.
whats its end use going to be?
It's a thermodynamic transformer.
@@iEnergySupply Does a higher water temperature in the hot tank correspond to more power in the turbine? If so, what is the specific physics behind why that is? I.e. why would you get more power from a hot tank at 120° than at room temperature?
How long could you run a 3 HP turbine with a light load (not as a generator) on it at say 15k rpm with a hot tank size of 2 gallons and a temperature of 120°?
👍👍👍👍👍
It's great to see tesla's original designs.
Have you everherd of dymethyl ether Its boiling point is -13 F, so if you can get it to condense when it comes out of your turbine under a vacuum than put a line heater on it to turn it back into a gas again than run it threw a compressor back to your turbine the way your heat will keep your turbine from freezing up hooked up to a 60kw DC generator with a gear reduction 5/1 that means for everytime your turbine spins five times your generator spins once. That should give you the added torque to handle when the electric load gets at peak demand. The only thing is you are going to have to get one of those DC to Ac current devices, and they cost alot of money, and you are also going to need a voltage regulator above your utility box. The power company is going to handle the rest of your voltage, and pay you for it, or give you credits I wonder if that is good for stock in the company because you will not need them any more. This is all just theory, but it would be nice if one of my ideas would work. If I could see it in my lifetime. I could die a happy man because I do think that God is going to Reward us, for our accomplishments even if I am just the messenger.
I've been on the search for a fluid with a boiling point of about 100f, that is not corrosive. -13f is a little low for my liking.
@@iEnergySupply good luck. Probably going to have to produce a synthetic compound!! Have you ever herd of the vape pens maybe there is something there. Vegtibal glycerin, and propylene glycol, or what ever that shit is made out of.
@@iEnergySupply what about methanol? I watched a video on you tube that had it boiling at room temperature when you increase the surface area of the substance I:E packing in your tank. I sent a drawing to Charlie solis, but got a bunch of questions that did not vibe with what I was thinking, and I probably over did it with my hair pin heat exchanger after my compressor because it would probably liquify my product before it went into the turbine.
@@iEnergySupply ruclips.net/video/B8qBrjB8AII/видео.html
@@mitchellsmith7868 Lol, excellent! use a bunch of vapes to vapourise fuel. even water would work with plasma spark.