Can We Design a Tube to Resist Fluid Flow?

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SUMMARY

The discussion centers on the feasibility of designing a tube that can completely resist fluid flow, with specific references to the ferrofluidic seal and the Tesla valve. The Tesla valve, noted for its lack of moving parts, exhibits high resistance to backflow but does not entirely eliminate it. The conversation raises questions about the necessary inlet pressure for such designs and the definitions of what constitutes a tube in this context.

PREREQUISITES
  • Understanding of fluid dynamics principles
  • Familiarity with the properties of viscosity and surface tension
  • Knowledge of the Tesla valve mechanism
  • Basic concepts of pressure and flow resistance
NEXT STEPS
  • Research the design and applications of ferrofluidic seals
  • Explore the mechanics and limitations of the Tesla valve
  • Investigate advanced fluid dynamics simulations
  • Study the impact of inlet pressure on fluid flow resistance
USEFUL FOR

Engineers, fluid dynamics researchers, and product designers interested in fluid control systems and innovative sealing technologies.

ramadhankd
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Hello everyone, I want to ask something. Can we design a tube that can completely resist the flow of a fluid? Maybe using either viscosity or surface tension approach? Thanks
 
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ramadhankd said:
Hello everyone, I want to ask something. Can we design a tube that can completely resist the flow of a fluid? Maybe using either viscosity or surface tension approach? Thanks
Closest device i can imagine is the ferrofluidic seal.
 
How about the Tesla valve? It has no moving parts. Whether or not it is a tube is up to your definition of tube.
 
How much inlet pressure does it need to resist?

PS The Tesla valve has a very high backflow to forward flow resistance but does not fully stop backflow.
 

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