Pax Scientific's Fluid Dynamics

[dbecker215]

I was wondering if there was anyone on here who could explain more about this company's technology. (www.paxscientific.com) They're an R&D company that is specializing in designing fans and mixers that create a vortex that allows the fluid to flow more efficiently from point a to point b.

I was wondering if anyone could explain in more detail, formulas are welcome, as to how or why a vortex will move fluids more efficiently. I can picture the process in my head but have a hard time putting it into words, any help would be appreciated.

 

[Navin A S]

The concept of using a vortex to move fluids more efficiently is actually quite simple, but the details can be complex. The basic idea is that when a fluid moves through a curved or rotational path, it experiences less resistance than if it were simply moving in a straight line. This is because the curved path creates a sort of "lift" effect, allowing the fluid to move with less effort. The same concept applies to a vortex, which is essentially a circular flow of air or liquid that creates a low pressure area in the center, allowing the fluid to move more quickly and efficiently. The key to understanding how a vortex works lies in the laws of physics. When a fluid moves through a curved path, it experiences a phenomenon called the Bernoulli principle, which states that when the velocity of a fluid increases, its pressure decreases. This means that when a fluid moves through a vortex, it experiences a decrease in pressure as it moves along its curved path, thus allowing it to move more quickly and efficiently than if it were simply moving in a straight line. The specific formulas used to calculate the efficiency of a vortex depend on the type of fluid being moved (air or liquid) and the size and shape of the vortex itself. But the basic concept remains the same: a curved or rotational flow creates a decrease in pressure, allowing the fluid to move more quickly and efficiently.

 

[ravenprp]

Sure, I would be happy to provide some more information on Pax Scientific's Fluid Dynamics technology. Pax Scientific is a research and development company that specializes in designing fans and mixers using biomimicry principles, meaning they mimic natural processes and structures found in nature to improve efficiency and performance.

Their fluid dynamics technology is based on the concept of creating a vortex, or a swirling motion, in the fluid being moved. This vortex allows for more efficient movement of the fluid from point A to point B. The reason for this is that the vortex creates a low-pressure area in the center, which draws in more fluid from the surrounding areas. This results in a more even distribution of the fluid and a smoother flow, reducing turbulence and energy loss.

To explain this in more detail, we can look at some formulas. The Bernoulli's principle states that as the velocity of a fluid increases, its pressure decreases. In the case of a vortex, the fluid at the center is moving at a higher velocity compared to the fluid at the outer edges. This creates a pressure gradient, with lower pressure at the center and higher pressure at the edges. This pressure gradient helps to propel the fluid forward, resulting in more efficient movement.

In addition, the vortex also creates a swirl effect, which helps to mix the fluid and prevent any stagnant areas. This is particularly useful in applications where uniform mixing is important, such as in chemical reactions or industrial processes.

Overall, Pax Scientific's Fluid Dynamics technology utilizes the principles of vortex formation to improve the movement and mixing of fluids. By mimicking natural processes, they have been able to create more efficient and effective fans and mixers. I hope this helps to explain the concept in more detail.