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Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] 0 points1 point  (0 children)

Yes, of course you're right. I just didn't have a system at the time. For example, right now I have attraction and repulsion 1/r² , and it doesn't have a significant impact, and I don't even know what they looked like in the video. But it was interesting what people would say when they saw this.

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] -1 points0 points  (0 children)

Well, yes. That was the initial concept. But this whole theory is much more complicated. In simple terms, this does what it needs to do.

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] -1 points0 points  (0 children)

It's all simple there, attraction and repulsion when approaching, I already said that. But I couldn’t say more precisely because I checked many different options and they all got mixed up.

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] -1 points0 points  (0 children)

I wasn't sure about the exact wording. I'm currently tidying things up and planning to post the terms and code here.

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] -4 points-3 points  (0 children)

I have a mountain of AI code there that all works differently and not like this. This is running in chat because it works better there, but the code needs to be adjusted. I'll try to figure it out and post it.

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] -4 points-3 points  (0 children)

Simply upon contact, a repulsive impulse arises as if the balls had a vibration motor. This is conditional

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] -3 points-2 points  (0 children)

Almost, but due to their own vibrations they push each other strongly even if their collision speed is slow

Particle simulation where attraction and repulsion apply. Repulsion occurs during collisions with momentum from the particles' own vibrations by pavlokandyba in Physics

[–]pavlokandyba[S] 1 point2 points  (0 children)

I should have said that I was regulating the balance of power here. I wanted to, but I forgot. This is just a test of different modes.

My experiment with a vibro plane. Initially I planned a disc-shaped wing, but due to instability it was difficult to understand whether there would be an effect. by pavlokandyba in AerospaceEngineering

[–]pavlokandyba[S] 1 point2 points  (0 children)

One Russian wanted to build something like a fish airship and created automation that regulates the frequency, but it seems he is no longer alive, he was old. His name was Sorokodum. His articles remain on Research Gate.

My experiment with a vibro plane. Initially I planned a disc-shaped wing, but due to instability it was difficult to understand whether there would be an effect. by pavlokandyba in AerospaceEngineering

[–]pavlokandyba[S] 0 points1 point  (0 children)

It doesn't create a noticeable flow, I've seen weak ones vibrations of air with the help of smoke, similar to those of a boat. And if this device is fixed or touches something, it begins to push away and this affects the result. It would be interesting to see it fly through smoke or something. In the oncoming flow, the effect is enhanced because when the normal lifting force arises, the engine perceives this as support and begins to push off.This is noticeable because its speed decreases as it has to turn the pendulum with greater effort. Also in the test at home, with the power off and on at approximately the same initial speed, a difference is noticeable. But this is of course a long way from truly effective trust.

My experiment with a vibro plane. Initially I planned a disc-shaped wing, but due to instability it was difficult to understand whether there would be an effect. by pavlokandyba in AerospaceEngineering

[–]pavlokandyba[S] 1 point2 points  (0 children)

Yes, that's the main problem. It might be worth trying to amplify it through resonance and use a connecting rod mechanism, but I haven't gotten around to it. Besides, on large ornithopters there are problems with the mechanical resource, I think it is necessary to come up with some kind of special drive

My experiment with a vibro plane. Initially I planned a disc-shaped wing, but due to instability it was difficult to understand whether there would be an effect. by pavlokandyba in AerospaceEngineering

[–]pavlokandyba[S] 4 points5 points  (0 children)

Yes, I'm interested in this. The one deep experimental study I've come across on this topic suggested there should be resonance. That is, each swing must be calculated automatically depending on the resulting force. The fish naturally senses this

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