Pressure waves in a vortex towards the centre?

In summary, the conversation discusses the possibility of a pressure wave being present in every vortex, caused by the movement of fluid or air molecules towards the center of the vortex and resulting in a buoyancy-like effect where solids move towards the center without the fluid or air molecules following. The conversation also suggests looking into sources such as the Vortex Tube and Vortex Stretching for more information on this phenomenon.
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luckis11
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Is there a pressure wave in every vortex (or cyclone etc), created by the motions of the molecules of the fluid or air which make up the vortex, pressing towards the centre of the vortex, and causing the ... buoyancy-like result that: The solids are moving towards the centre of the vortex WITHOUT the molecules of the fluid or the air following the solid?

Any links saying that this actually happens, if it happens?
 
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1. What exactly are pressure waves in a vortex towards the centre?

Pressure waves in a vortex towards the centre refer to changes in pressure that occur as a fluid (such as air or water) is moving in a circular motion towards the center of a vortex. This can be observed in natural phenomena such as tornadoes or in man-made structures such as turbines.

2. How are pressure waves in a vortex towards the centre formed?

Pressure waves in a vortex towards the centre are formed as a result of the centrifugal force acting on the fluid particles as they move towards the center of the vortex. This force causes variations in pressure, resulting in a wave-like motion.

3. What are the properties of pressure waves in a vortex towards the centre?

The properties of pressure waves in a vortex towards the centre depend on various factors such as the velocity of the fluid, the size and shape of the vortex, and the surrounding environmental conditions. Generally, these waves have high frequency and low amplitude.

4. How do pressure waves in a vortex towards the centre affect the surrounding environment?

Pressure waves in a vortex towards the centre can have significant effects on the surrounding environment, particularly in terms of wind or water flow patterns. They can also cause changes in pressure and temperature, which can impact the stability and movement of surrounding objects.

5. Can pressure waves in a vortex towards the centre be harnessed for practical use?

Yes, pressure waves in a vortex towards the centre can be harnessed for various practical purposes. For example, they can be used in fluid mechanics research, or in the design of efficient turbines and propellers. They can also be utilized in renewable energy generation systems.

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