The Nijhuis Vortex Ring Lift Effect

[@eave01]

I've been waiting so long for your next video! So glad to see your vortex ring machine.

[@GiesbertNijhuis]

😊 I'm still here, and there is a lot more vortex stuff to do. But "life happend" forcing me to quit for a while. I actually had to fight for my life: my back was so bad I could hardly sit, professionals tryed to make me a better wheelchair but they failed. At the same time having to fight for my care budget, and then came corona. Maybe I had it; I was really sick march 2020. But again: I'm still here and very happy to do a little vortex again!

[@eave01]

@@GiesbertNijhuis I'm really glad you are. Thanks for sharing your work with us. I hope your health continues to improve.

[@UAPch]

Hi, I’m Douglas a.k.a. UAP “Underrated Actual Physicist” and just found this vid. , love it! I’d made a video three years about vortext lift of the strake effect, as it was an hypothesis of mine that in large jet turbine engines, the strake effect plays a much larger part in lift, takeoff conditions, fuel consumption at altitude and cruising speeds, net drag, stall speeds, and potential VTOL in windy conditions even by non+VTOL craft. I was besieged by trolls, in particular ones claiming to be pilots who discredited and disparaged me for introducing alternative ways that aircraft operate, by using vortices for lift and other benefits. I showed the strake vortices as they appear in certain weather conditions by condensation of water vapor in the lower pressure flows. You have demonstrated some key concepts in your experiments, and I wonder if I may use parts of your video in my response presentation to help me defend my hypothesis? You provide results that may even support a move from hypothesis to theory, when it comes to the physical effects of vortical lift and increased efficiency by over-wing strake effects in aeronautical design of fixed-wing aircraft propulsion systems.

[@GG-od2tr]

The vortex spins anti clock wise as it rolls over the wing, To you sir, I also marvel at the simple and the super natural. All things are able with time.

[@mattykrosschell9046]

thank you for all you have done I have used stuff i have found on this channel countless times to help me study

[@GiesbertNijhuis]

Thanks :-) and what do you study?

[@MasterIvo]

Thanks Giesbert! As always, inspiring. I intend to make these vortex rings with electric fields (Aether). Today my airzooka came in, and now your video is online. Beautiful

[@JimEdmiston]

Beautiful synchronicity 👌

[@GiesbertNijhuis]

Ha Master Ivo, and what have you been up to lately, causing resonant frequencies in parallel universes without permission? 😉 (I will check your channel). Electric vortex rings... can that be done? I know about eddy currents, when moving a magnet next to a block of copper or such, but can an electromagnetic vortex ring travel though a solid block of copper? If so, then with what speed and size? Electric pressure and magnetic fields travel crazy fast, near light speed, but electrons move as slow as a smail. So much to learn. The airzooka toy, ah yes, it is actually an amazing good vortex ring shooter. Have fun!

[@MasterIvo]

@@GiesbertNijhuis Thanks! Yes I've been paying with impulsed resonance. Trying to disrupt the electric fields. The electric vortex ring is with no doubt faster than the speed of light, as it is not a transverse, but longitudinal wave. I'm working on a new video showing how to place the impulses anywhere on the resonant sine. This way I can combine the voltage of the impulse with current to give it power

[@GiesbertNijhuis]

@@MasterIvo Just watched your latest video. You are trying to get extra energy from somewhere by adding precisely timed energy pulses to an electric/magnetic resonance? How is that different from trying to get energy from "playing" (doing research) with magnets or springs?

[@MasterIvo]

@@GiesbertNijhuis the intend is an amplified feedback loop. There is no difference, I'm also playing, except not with materials, but with electric fields.

[@JimEdmiston]

Thanks for sharing, Giesbert! Keep pushing the boundaries for science!

[@GiesbertNijhuis]

If I can I will. You will not believe how much time and energy I lose every day to care and other spinal cord injury related stuff.

[@charlescandlelaria7977]

Just found your channel : Excellent!!

[@tlatoanimachi]

I’m so glad that I found your research. Just amazing stuff.

[@theripper5859]

That is quite interesting and a wonderful presentation. Keep well.

[@MrGelly70]

I love your videos bro! Keep making them

[@Greg-yu4ij]

I wonder what would happen if you took the frigate bird wing shape as a helicopter wing and let it autorotate if it would have an insane glide ratio

[@ryanlebeck259]

So conversely if the vortex is split under the curved plate then it should drive the plate upward slightly as it travels under the plate by reverse air pressure following the wake of the vortex. Much like the drag effect of one car following behind another. Very interesting indeed.

[@YangD-082]

I have a theory: The airflow in the middle has greater velocity than the airflow at the outer edge of the ring. When the ring gets cut in half by the blade, the faster inner airflow flow around the blade and curves downward due to the coanda effect. However, when only the outer edge of the ring touches the blade, the ring goes straight forward because the airflow is very slow and thus doesn't interact with the blade.

[@MasterIvo]

Giesbert, It seems I am able to "pump" the earth, as I see ground currents. This can be explained by the Aether ring vortex. When a ring moves, it sucks/pushes againnst the air, which makes the ring move. But, when a ring vortex would be stationary, it would move the air around itself. This translates, to a stationairy Aether ring vortex in my L4 extra coil. Which sets the Aether innto a pumping motion in and out of the earth ground. I have made a short video explaining this, which some of your video material . I will first share it with you (I'll send an email link).

[@zgammozakent7871]

I noticed this is your first post on this channel in a year, im glad I found it you've caught my interest frfr... Im instantly inspired by you, outta curiosity would this have any correlation to the sun activity as of recent?

[@GiesbertNijhuis]

Was too busy with the basics, aka staying healthy. No correlation to the sun activity. Hope the sun is doing ok!?

[@charlesstaton8104]

I think this was previously called "Bernoulli's principle" but in my opinion in this exercise "The Nijhuis Vortex Ring Lift Effect" does sound a lot cooler.

[@GiesbertNijhuis]

Isn't the "Bernoulli's principle" not more about air flowing through tubes with changing diameters? Nice that you like the name :-)

[@charlesstaton8104]

Bernoulli's principle also describes how an airplane wing creates lift. The relationship between speed and pressure of a moving fluid.

[@frankbaker6612]

Very cool . Gets the imagination flowing.

[@MasterIvo]

vortex propulsion probably works best, when the vortex is not moving, but instead the space around it is being moved. stationary vortex=propulsion

[@GiesbertNijhuis]

That smells like warp-drive 😁 I am going to make a movie about vortex propulsion, will be a good one. "stationary vortex=propulsion"? Why the = ?

[@MasterIvo]

@@GiesbertNijhuis in your case, normally the vortex moves through the air. So if you could have a fixed vortex on a vehicle, the air would move around it (vortex propulsion) For me that translates to a coil, that draws in "ambient" aether and pulls it through and pushes it out. I would love to see your movie about vortex propulsion. In my case I would call it field propulsion. I just love how that sounds. "field propulsion".

[@allsortsofinterests1]

Hello! Highly interesting! I'm currently designing a barge and very curious about using multiple half rings (using the waterline as the divisor) along the hull as a propulsion system. Seems like a jet aimed at the bow with the appropriate curve could induce the vortex. Ring vector towards the stern.

[@GiesbertNijhuis]

Hi there! Yes: all kinds of of vortex work in water too, and can be used for propulsion. Take a look at how a squid swims, these wavy fins produce amazing vortices for propulsion.

[@jamesohara4295]

Wings/blades create their own shedding vortex; look what's happening beneath the wing moving towards the canon.

[@frankbaker6612]

And the to high ones are still being affected by the wing.

[@den272]

hi Giesbert.. please make it more video about build generator electric from.. i dont know... Anything!.. i want build some

[@rodiknov]

Очень интересно с удовольствием посмотрел

[@Bob0bscureD]

that's an awesome effect n capture. whats the gear used for slomo ? n congrats

[@GiesbertNijhuis]

Hi B. It was shot in 2015/16 on a Lumix GH4... lovely camera but actually not good enough for slomo: only 96fps and poor low light performance. But lately I bought the GH5-s which is much-much beter!

[@frankbaker6612]

Uh what is constant flow? Its relative to time. Right?

[@hardbrocklife]

An electrical engineer that gets a high level SCI is how you and up with the Adeptus Mechanicus from 40k. They eventually figure out to rebuild themselves :P

[@myscience5684]

Good day Mr. I'm new to this channel and I have questions in regards to your works and designs I've been hobbying things since elementary , researching, doing experiments, projects like electronics, chem, small scale metal works and alike. I just aim to industrialize my country in a small scale. It been a long time since your last upload. Yup research is always hampered by health and resource. I don't know would I even reach that, but I don't really understand much of the Coanda Effect but probably someday it may matter. After all that long sentences, here is my question, can I freely copy your designs? Cause in the realm of research and science most of the what they care is fame, credits, attention and the joy of being the first to let something happen (even I sometimes crave for that, but in the end, after we die what we'll only leave is knowledge and good deeds). Hope you Sir read this

[@GiesbertNijhuis]

Hi Project H, yea; you may make most of my experiments yourselve, especially when not for comercial use. Try to improve on it. It is nice if you mention my full name as your source. What would you like to make?

[@myscience5684]

@@GiesbertNijhuis I don't know right know Mr. Giesbert Nijhuis But I've been collecting interesting information once in a while, I hope probably someday I could use and do them, at my current situation some experiments and out of reach. My collected information so far where about the ferrite core memory plane, the thermo acoustic cooling, ternary or trinary computing those are some of them so far. Probably I may add Coanda Effect on the list but I am not totally sure about what to use of it. So far as I know (at the moment of this writing) no one uses it (Coanda Effect) on something. I don't know where to use it but it's a piece of knowledge.

[@paradiselost9946]

beautiful, except... i think you are focusing on the wrong side of the wing. what happens to the bottom half of the ring? it IS the coanda effect, which is simply bernoullis, and as you say, its the atmosphere pushing down on it that makes it "cling". coanda does NOT produce "lift". the atmosphere pushes down on that layer of low pressure air just as hard as ever. so. you chop the ring in half, the inner surface is traveling at at least twice the velocity. higher. the velocity of rotation in the vortex and forward speed. so yes, very low pressure zone. but the atmosphere is STILL PUSHING IT DOWN. what happens to the bottom half though? it seems to disappear? i see the vortex ring itself as gas with momentum, rotating. its inertia makes it want to fly out... centrifugal force. why doesnt it? bernoullis. its got velocity, a low pressure, and the surrounding atmosphere is high. its "slapping into a wall of air" and being constantly accelerated at right angles to provide centripetal force... the faster it spins, the more it tries to kick out, and the harder the "wall of air" seems. as its lower pressure with velocity it tries pulling in on itself, being 'crushed" ever tighter... but then conservation of angular momentum comes into play, as it spins faster it tries flinging out and slowing down... theres a sweet spot where in=out... and the vortex persists at that diameter... you chop it in half, and rather than impact air, thats soft, sticky, and tends to drag along with it, it hits an inclined plane... a solid surface. and it is the air in the LOWER half of the vortex ring that is losing its velocity, and transferring its momentum to the wing. along with the sudden change of direction down... both forces acting together to give a relatively powerful kick "UP" (and FORWARD). you never showed what happened when it was TOO LOW.

[@Maxim.Teleguz]

Can you put a lip on the front that’s jagged then straight then stepped. And see what the effect creates?

[@GiesbertNijhuis]

I could but why?

[@lukepotosky7710]

@@GiesbertNijhuis To see what effect it creates.

[@tuneall]

👍

[@abbazhaba9584]

try spinning your smoke cannon to get a radial rotating vortex

[@GiesbertNijhuis]

I have actually been thinking about doing that. Mainly to get a nicer distribution of the smoke. But what else would happen.. One way to find out!

[@abbazhaba9584]

​@@GiesbertNijhuis As far as I understand, a vortex structure is more stable if it has a spiral structure. The flow in the tornado is spiral, but the flow in the smoke ring is linear. To get the smoke ring a spiral flow, the smoke ring must be twisted axially.

[@GiesbertNijhuis]

@@abbazhaba9584 euh.. there is no straight line of motion the air inside in a vortex ring. True that these curving motions are all in their own ±flat plane (an area shaped like a piece of 🍰).

[@ChopperartisLife]

Standing wave Theory ❤️

[@michaela.754]

There's a manga about a guy who got really obsessed with spirals. Then he turned into a spiral. Careful bro.

[@GiesbertNijhuis]

I did get kind of obsessed with spiral motions, I see them everywhere! So far it is an upwards spiral for me, but you are right about better not getting too obsessed.

[@Phil-nz9ux]

Good evening, I am like you, I am an inventor. Your idea is very clever and, if you can interpret the energy you are propelling into electric energy, as I believe you can, you will have the keys to a new "electric" energy motor. I'm already working on two projects, I can't do a third, but your idea is very rich! Sincerely yours, Bonsoir, Je suis comme toi, je suis inventeur. Ton idée est très intelligente et, si tu peux interpréter l’énergie que tu propulse en énergie électrique, comme je crois que tu peux, tu auras les clés de nouveau moteur à énergie « électrique ». Je travaille déjà sur deux projets, je ne peux en faire un troisième, mais ton idée est très riche ! Amicalement vôtre,

[@GiesbertNijhuis]

Good evening Phil, thanks for your comment. To calculate the energy efficiency from electricity to lift can be done, but would be very complicated to do well. I am sure that driving a propeller is a much more efficient way to create lift. This is more a rough proof of concept. I am searching for a new way of flying based upon the vortex, but how to apply this effect.. One can place this wing/blade behind a pulse jet (PDE jet!) and get a lot of free lift while gaining not too much dragg. Wonder what you are working on 🙂

[@Phil-nz9ux]

@@GiesbertNijhuis You are, with your "vortex" on a path, which I think you can bring on electric power. As nothing is impossible, everything is complicated before you find it and you know it as much as I do, you just have to look. As it is not necessary to base oneself on a definite time, especially if you are free. Because, I am like you, I have a handicap and I never stop looking. . .

[@GiesbertNijhuis]

​@@Phil-nz9ux How do you make the step from a vortex ring in air to electric power? (I do know there is some electric and thus magnetic stuff going on in air vortices). "nothing is impossible" I don't agree with that. Only things that are possible are possible, the other things are impossible. Sorry to hear you have a handicap as well, wish we could repair everything. Repairing our bodies completely, in theory is possible. Our technology is just not advanced enough -by far.

[@Phil-nz9ux]

@@GiesbertNijhuis In the year 1997, many couturier told me, I quote: "impossible to invent a new female garment", in 2001 I presented to the Lépine competition a new concept of female garment, supporting the female breast while dressing. I was the first in the world in this fashion context, there were copiers afterwards, except that they did not understand the technology. I had met fashion designers like Olivier Lapidus who smiled when I told them that we could invent a new feminine clothing technology, but when I took out the Patent of the invention, it remained silent. . . Currently I am working on antigravity, as I saw that the Americans had the Tr3B patent, I quote: patents.google.com/patent/US20060145019A1/en To invent, you have to give yourself a goal, and then you find after you have searched.

[@GiesbertNijhuis]

@@Phil-nz9ux Do you have a website where your inventions can be seen? Creating/shielding gravity, that would be fantastic!

[@cyberneticinterfacemodular3996]

Saucer lift.

[@jimmybutler3728]

Your just show the reason a air craft that gets hit by the turbulence of another plane can loose control of their air craft and lift of their air craft...

[@GiesbertNijhuis]

In a way yea. When your aircraft gets struck by another aircraft's large wingtip vortex, your craft better be strong and far from the ground (to recover).

[@terranearthling9918]

I have tried to add you to a google drive for Unconventional Flying Objects there is over 65gb of Patent, papers, Journals, and Videos check your email it is sent by this profile

[@GiesbertNijhuis]

65 GB?! That is even more than my offline IFO library. Is there much interesting stuff in there? -Would take too much time to even scan what is in there. ps: did not see a link to it.

[@terranearthling9918]

@@GiesbertNijhuis i sent it to giesbert@laesiewo.... email. The google drive requires a google account. Email me if you need any thing

[@GiesbertNijhuis]

@@terranearthling9918 Found your email (in spam). Thanks. Note I can reply super slow.

[@usernamenorm]

Amazing! Your ideas are great! 👍 Use students and schoolchildren to help develop your thoughts! It will be fantastic. I hope Elon Musk will help you improve your health by implanting a chip so you can live with an exoskeleton! And perhaps realizing your potential in space technologies SpaceX or NASA, ESA or others🛸💫

[@PxssyGalore]

Cutting the ring? It looks like you're tripping it and then it falls. Like gravity is having it's effect on it. When actually I think the tripping part slows down the burst of air, then gravity acts on it. About the Coanda effect. would powerful magnets placed all around the circle, on each side of the rotating ring, opposite of each other work well enough to make it levitate, like a flying sacer? Kind of like that European train that goes like 200 miles an hour. Maybe turn it sideways add a few wind vanes, holes and you have a new style wind turbine?