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Another Turbo Funnel 3D Printer File Image 1
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Another Turbo Funnel

mishkin2 avatarmishkin2

November 23, 2021

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Of course, there is a lot of irony caused by the discussion of the original model. But if the TF was a spontaneous simulation, then everything is different here. In fact, the discussion about whether swirling fluid flows really move faster in closed pipes led me to research in this area.
And I will say in advance that yes. Really faster. This is proved by modeling the process in various programs. And in an experimental way, just watch the water drain from the sink. The water itself always tries to spin. Because it makes it easier and faster for her to leave the volume through a narrow throat. So this model is already the result of these studies and other people's inventions. I just took the formula.

For the curious, I will give links to articles below. And those who are too lazy to translate just know that water molecules are a kind of balls that have less friction in an orderly movement. After all, even Galaxies rotate in a spiral.

There were a lot of questions and answers about the known the Coriolis effect. But I will say again, this is only for large natural phenomena, such as tornadoes. The scale of our funnel and the Earth are not commensurate. In our case, the water will spin in any direction with the same pleasure. But for the sake of a joke, I still added a model for the southern hemisphere.

https://youtu.be/Rd5ICg_LdzQ
Thank you to everyone who took part in the discussion. Special thanks and respect to Leslie Kaye aka les_kaye

  • Viktor Schauberger's patent No. 134543 http://khd2.narod.ru/shau/at134543.pdf
  • A.V. Fominykh, A.V. Telminov, N.A. Kovshova THE DEPENDENCE OF THE COEFFICIENT OF FRICTION LOSSES ALONG THE LENGTH OF THE PIPE IN HYDRAULIC SYSTEMS OF THE AGRO-INDUSTRIAL COMPLEX https://cyberleninka.ru/article/n/zavisimost-koeffitsienta-poter-na-trenie-po-dline-truby-v-gidravlicheskih-sistemah-apk.pdf
  • Inshakov R.S., Balabukha A.V., Anisimova E.Yu., Tsyrendshiyev N.B., Panasenko N.L., Tsybulya I.I. (2018). Application of a moving medium flow motor to reduce hydraulic losses in pipelines. https://esj.today/PDF/36SAVN318.pdf

But if you are not interested in science, please make the smiles of the Chinese even wider. After all, a smile will make the world brighter.




License:

Creative Commons - Attribution - Non-Commercial

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