How to increase pressure in a pipe ?

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SUMMARY

This discussion focuses on increasing pressure in a closed pipe section using an air compressor, specifically addressing the relationship between compressor power, pressure increase, and piston displacement. The user seeks to understand how these variables interact, particularly how the power of the air compressor affects the time required to achieve a specific pressure increase given a piston displacement. Key concepts include the dynamics of pneumatic systems and the principles of fluid mechanics.

PREREQUISITES
  • Pneumatic systems fundamentals
  • Fluid mechanics principles
  • Understanding of pressure-volume relationships
  • Basic knowledge of air compressors and their specifications
NEXT STEPS
  • Research the ideal gas law and its application in pneumatic systems
  • Learn about the power ratings and efficiency of air compressors
  • Study the dynamics of piston movement in closed systems
  • Explore the calculations for pressure increase based on volume displacement
USEFUL FOR

Engineers, mechanical designers, and students studying fluid dynamics or pneumatic systems will benefit from this discussion, particularly those involved in designing or optimizing air compression systems.

Antonius Robertus
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Hi everyone,

I'm sorry if it sounds dumb but I'm struggling here trying to understand how to increase the pressure in a pipe using an air compressor. I wasn't able to find information for this really basic engineering problem, so hope you guys could help me.

Basically, the idea here is to increase the pressure inside a given pipe section closed on both sides, with one side being a piston that is able to move. If we increase the pressure in the pipe section using an air compressor, the piston will tend to move out (which means the volume of the "injection chamber" increases). At the end of the process, let's assume you only know the variation of pressure in the injection chamber and the variation of volume of the chamber (due to the displacement of the piston).

How are all these quantities are linked together ? What is the relation between an air compressor power and the pressure increase in the chamber ? Given a piston displacement (or volume variation) and a rated power for the compressor, how much time would it take to do this operation ?

I hope I've been clear enough but I am really confused about this problem ! Haha
Thanks for your help,

Cheers,
 
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