Interesting

I will keep in mind . Thanks for the input. Any video request?

Cheap to manufacture. Good where power transmission requirement is low.easy to work

@@engineerknow oh i see , thanks for telling

3d model is there but it's on Epstein island . Or I can make it but I will charge

Thanks for your question! It seems like you're referring to the behavior of gas as it moves through a valve, but let me clarify how this relates to a Venturi meter. In a Venturi meter, the fluid (or gas) flow is measured based on changes in velocity and pressure. When gas passes through the narrower section (the throat) of the Venturi tube, the velocity increases due to the conservation of mass (continuity principle), and the pressure drops (Bernoulli's principle). This is different from how a valve works, where the pressure drop is primarily due to the restriction created by the valve. In your comment, you mentioned heat and pressure. While heat can affect the gas properties (like temperature), it’s pressure differences that drive the flow, especially in devices like compressors and Venturi meters. In the case of the Venturi meter, it’s the change in cross-sectional area that causes the velocity to increase and pressure to decrease, not the heat from the gas itself. The compressor in your example helps maintain high pressure on one side, and the pressure drop drives the gas forward, not necessarily heat. Heat may affect the state of the gas, but the flow rate and velocity depend on the pressure difference and the design of the system (like a valve or Venturi meter). I hope this clears things up! Let me know if you have any more questions!

Yeah something like that

not diameter its length i was talking about . cut the pipe you have two L. if you said one L then i means its a thin flat sheet not a circular and sorry for late reply

true

Glad to hear that

water rise in capillary tube even when water is at rest. Search for capillary tube experiment it will clear doubt

@@engineerknow Yes I know that but it occurs due to the adhesion which is a different topic. Some people say that because the pipe is a closed pipe, it creates an internal pressure which causes a static pressure and this is the best response I've heard so far.

Happy to hear it 😄

Your welcome

Glad it's helpful to you

Thanks for appreciation

Glad you like it

Glad it's helpful.

You're very welcome!

Welcome to science.

Deep breath. Take a sip of coffee. Picture a factory 😌

It's useful for educational purposes and understanding the what different systems can be implemented for a type of effect. Which is really important for training the brain to understand how these systems could be deployed in real world applications

Some of these are currently used, on different scales in real world applications. For example, the second one is used by some models of crane in scrapyards. The fourth one is a method used by some models of steam locomotive to power the drive wheels. Saying that none of these are useful is a blanket statement and is, as such, inherently incorrect in this use case.

Trust me they are

Email me [email protected]

@@engineerknow Thank you! Will send you email soon =) Just need to create a 3d model / diagram to better explain my intent.

Glad you like. Tutorial links are in description

Right but it's not proper right name

What do you think 🤔 ?

@@engineerknow i think yes...

@@panos4386 There you go

It is a conceptual engine ( axial engine is called in real life). You can Google axial engine for more information

Thank you, very cool and seems like it could have many applications.

these are use to compress air i think they axial compressor engine something like that . they have some videos available on net

What that purple colour thing called

Linear motor

This is called axial engine you will some old concept cars working on it

Tutorial on how to make these projects are available in comments

Really glad you like it

Can you please tell me which piston moves up and down in engine and does not get hot ?