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You really wrote a whole a** paper on this?

This is important work! I'd pick a g19

should end with "TBC" else how are 1960s string theorists still going to keep bilking tax dollars? ;) nice! my favorite fact, just to annoy people - the sun is actually on fire lol

intermittent transmission is awesome, and a cool name for a band

great video, blender is awesome - i like what you've done here. could the spin on the work piece also be beneficial for water film distribution? just thinking as you want some steady removal of fines when grinding right?

Rotating the work and the tool in a certain ratio establishes a polishing line under the tool resulting highest conformity of the polishing especially if slurry (wet polishing) is used. You can check out chemical mechanical planarization (cmp) in semiconductor fabrication for this detail. ;)

Pretty cool stuff bro .... and you have a good knowledge stack too ... subscribed

Love this stuff, even enjoyed the music!

I didn't understand all that much about the initial problem, but nonetheless, the video was quite informative and entertaining. Thank you

may i ask what software you used?

I see that you reuploaded to fix the audio.

Well done!

Good ❤

Very good thank you😊🎉

The Tesla Valve Tesla’s valvular conduit is mostly misunderstood as presented in much of literature and most media such as TH-cam in recent years. This device cannot be called a valve if used as an inline flow resistor. It is usually but erroneously demonstrated as a ‘one way valve’ with fluid, be it gas or liquid where the pressure drop is considerably larger in one direction flow than in the opposite. To use electrical analogy, this is not a diode but a resistor, therefore, the word valve is inappropriate. The expected ‘valve’ action (check or non-return valve) is unimpressive if anything. Tesla originally construed his ‘valvular conduit for gas flow, and in fact specifically for gas under pulsating pressure. In this application, it may be called a ‘valve’ or a ‘fluid diode’. Gas under hight frequency pulsating pressure takes advantage of this clever topology and is free to flow in one direction with relatively negligible losses and practically no backflow. With careful design, Tesla’s valvular conduit is a true pulsating gas diode with no moving parts. An illustrative application would be an IC engine exhaust manifold. It should also be noted that this valve will have optimal performance at a single design point, i.e., temperature, fluid type, volumetric flow and frequency, so that any change of a parameter will have it operating off optimum. As for making a modern design, I imagine a cut and try method with FEA would be used. I came across only one YT video where the guy understood the Tesla valve. th-cam.com/video/SQAlM5Nyu9Q/w-d-xo.html

Škvarky nakonec!

whaaaat?

nice!

Best 😄😄

😍😍😍

Not something I've seen before, that's interesting!

the way the particles just unexist

Is it possible to simulate it with better fluid simulations that do not remove particles that obviously?

So smooth. I could watch it for hours

I’ve been thinking about trying to tinker with electronic things lately just for fun. So I assume I’ll be seeing a lot of this in the near future

RIP z axis Now it’s just a 2D printer

Really?

Typical for a BTT board 😂

friggen gotta RTX everything...

Oh no. All the magical fumes are out. Now it won't work without them...

Have you considered organizing your cables?

Bro no it isn’t

dude, i love that smoke y'all, 😂

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totally normal, please continue

you let the magic smoke out. They have a magic smoke injector at the factory. Once you let that much smoke out it will never work again.

Yes totaly normal and fine

Bro made firework

Yes

Sir, try to turn it off and on again

Just needs lil blinker fluid to cool it down.

ye seems just fine, maybe put it in rice?

that is basic stimulation

thats not rtx