Tesla Turbine/Pump - Aerodynamic Fan


Tesla Turbine/Pump - Aerodynamic Fan
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So we know... tesla turbine?
Exhale fan? https://www.youtube.com/watch?v=9ZDAyUpc4m8&t=18s  https://exhalefans.com/#more

I think I can do one better...
I really need local help with a 3d printer; can pay... :) *nudge nudge wink wink*
I have an STL ?

It's really just one plate that can be flipped upside down...
Other than it needs a separator between each plate. (part of assembly?)

The frequency of the ripples related to the size of it and separations I'm sure are relative to their designed medium?  (Air flow, as in a fan... )

It's inspired by Viktor Schauberger Replusine...

Each chamber inside is alternating large/small chamber.  The outer most tube will have a large inertia to leave out the final medium slot... the inside and outside widths between the plates are all the same... being a 0 on the sin (-1 to 1) ...

The outer tube will generate the most vaccuum.. Internally I considered adding a fin-ridge (would overcomplicate a 3d print) that would cause half the flow to just tube-vortex within each open chamber... (not that it won't already be that sort-of). 

I also considered maybe just 2 layers, and a outer inward curl on the outlet which wold cause a self circular vortex.... hopefully ejecting when 'full?'  or would it just end up spilling out?

I have tried to put the stl model into a few aerodynamic simulators but have had no luck getting meaningful results... there's a lot of setup required in most of them actually.

Also inspired by tunnel system under the bosnian pyramids that have large chambers with thinner passages between the thick chambers which causes a circulation of air naturally without fans...  but I haven't found a lot of investigation in that sort of design, modern mining is all done with air vents and deep positive pressure(?) Could be a deep negative pressure I guess, always drawing in from the hallway?

Also this is what the lily impeller is to water... as a compressable medium it seems air is more motivated by vacuum than by pressure...

(I've said a lot of little things that I take for granted one should already know; but Don't know which you don't know.)
Re: Tesla Turbine/Pump - Aerodynamic Fan
« Reply #1,  »
https://gitter.im/FreedomCollective/PureEnergy I can be reached there too... @d3x0r will make it blink I'm pretty sure...
This chat seems to be down.


Re: Tesla Turbine/Pump - Aerodynamic Fan
« Reply #2,  »
nice idea d3x0r


Re: Tesla Turbine/Pump - Aerodynamic Fan
« Reply #3,  »
could print a smaller version and test in water ; though water's not compressible, so I'm not sure it would be as good... but I really think that expanding from high pressure to lower pressure is a cooling effect - ... maybe it's 'laminating' as in making more laminar... some would call that makeing it coherant.  but if that was the case where would the heat go
the circular path of tubes would be very little resistance except where the sheer flat surface has to accelerate the win, and then the boundary effect off of that... but once it's all moving in basicaly the same direction  all of that goes away ?
I can't see how an outward centrifugal force would put a load on a motor?  when it's just trying to maintain speed... I mean it would be a more massive flywheel ... but I'd think a clever pulse motor drive would make this really efficient.
(re ripple fan)
was thinking like bamboo sticks... chipped in small segments could be glued intermittantly between subsequent disks instead of trying to 3dprint multiple layers... it's already got a significant overhang (up to 45 degrees... though it is fairly 'thick' there....