What happens when two vortex rings collide?

It forms a smaller secondary ring, which then circulates in turn. As far as I know, in the news, vortex is actually a common phenomenon in life, because the smoke rings we usually smoke and exhale are vortex ring phenomenon, but what happens when the vortex rings collide It took scientists about 5 years to capture, and the moment of success is shocking. In order to complete this vortex ring impact experiment, scientists built a specialized machine.

By injecting colored pigments into the machine, it can emit vortex rings by adjusting the machine data. However, if two identical machines are placed in an experimental environment and vortex rings are emitted from the outside at the same time, a vortex ring impact experiment can be done. After the experiment began, two relatively small vortices, they entered the water step by step according to the steps of scientists, and finally the two of them collided, because under the action of elastic potential energy, the vortex did not dissipate after the collision, but they produced a low pressure point in the center of the collision.

A small secondary ring also forms at the edge of the vortex ring, which makes the whole experiment look very shocking to the scientists. Although the impact experiment looks simple, the backside is very complicated, because to make two vortex rings of the same size collide, it is necessary to continuously control the machine variables to obtain the two most identical values. To achieve the same value, it took scientists 5 years to successfully capture it.

Vortex rings may not seem to be remarkable, but they are related to many events on Earth, all of which fall within the scope of Earth's fluid mechanics, and the study of fluid mechanics can not only promote the development of science and technology, but it can also help us to understand more deeply about the earth we live on.

Finally, about the question of what will happen when the two vortex rings collide, I personally have answered it here today, if you have other ideas or other questions, you can comment or discuss below.

The vortex ring began to spread out in all directions at the moment of impact, and gradually dissipated, but the pigment at the point of impact of the vortex ring was still in a state of collision, and eventually they would also dissipate.

Two identical vortex rings will spread out in all directions at the moment of impact, forming a small secondary ring at the edge, which will eventually dissipate.

If two vortex rings collide in the universe, a huge impact force will be generated between the vortex rings, which will have an impact on the surrounding planets.

What happens when two vortex rings collide? 1 minute to reveal the truth!

What happens when two vortex rings collide? 1 minute to reveal the truth!

**。Because the vortex ring contains a huge amount of energy, the collision of two vortex rings will produce a violent large**.

When the two vortex rings collide, it will produce a huge impact explosion in the universe, producing a huge flame, which will affect the surrounding planets.

A strong impact is generated, which diverges to the outside world, and the weaker side is attracted, eventually making the two vortex rings into a vortex ring.

What happens when a vortex ring strikes? It took scientists 5 years to capture, and the moment of success was quite shocking.

After the collision of two identical vortex rings, they do not dissipate completely, but because the elastic potential energy spreads out of each other and the low pressure point is able to absorb the material in the outer ring, resulting in the formation of a small secondary ring at the edge. This is the type of fluid mechanics that happens.

When the vortex ring strikes, a small secondary ring forms at the edge of the vortex ring, which eventually dissipates and mixes in the water.

When the vortex ring collides, the elastic potential energy will not dissipate, but a low pressure point will be generated at the center of the impact, and a small secondary ring will be formed at the edge of the vortex ring.

When the vortex ring is impacted, there will be a huge vibration around it, because the mass of the vortex ring itself is very large, and when the impact occurs, it will produce a huge impact force and repulsive impact force.

They produce a manifestation called Earth Hydrodynamics. According to the latest news I have learned, because the vortex ring is a common phenomenon in the lives of our friends, including the smoke rings that we usually smoke and spit out, they are actually also vortex ring phenomenon, so what happens when two vortex rings collide, in order to study this problem, most scientists took about 5 years to capture a decent result, and this moment of success is shocking.

In order to complete the vortex ring impact experiment, scientists built a specialized machine, by injecting colored pigments into the machine, they adjusted the machine data, and it could emit the vortex ring. However, if two identical machines are placed in an experimental environment and vortex rings are emitted from the outside at the same time, the vortex ring impact experiment can be done directly. After they started the experiment, the two vortex rings were in the water step by step, and finally collided directly.

Because under the action of elastic potential energy, the vortex ring collision does not dissipate, but they create a low pressure point at the center of the collision. Because a small secondary ring is also formed at the edge of the vortex ring, this makes the whole experiment look very shocking. Although this shock experiment looks simple, their backside is really very complex, because to make two vortex rings of the same size collide, the machine variables need to be continuously controlled so that the two most identical values can be obtained.

In order to achieve the same value, it took scientists 5 years to successfully capture, it can be said that it is very difficult, vortex rings do not seem to be remarkable, but they do have to do with many events on our planet, all of which fall under the scope of geohydrodynamics, because the study of fluid mechanics can not only promote the development of science and technology, but also understand the shortcomings of our other places.

At the moment of its collision, a strong impact is generated, which diverges to the outside world and affects itself, and the weaker side is attracted, eventually making the two vortex rings into a larger vortex ring.

If the two vortices turn in opposite directions, the impact will stop instantly. Because the force acts on each other, the vortices stop each other's rotation when they collide.

When the two vortex rings collide, they will begin to gradually spread in all directions, gradually increasing in range, and gradually begin to dissipate, and finally completely dissipate until they disappear into the water.

What happens when two vortex rings collide? 1 minute to reveal the truth!