How Do You Calculate Air Surge Tank Fluctuations for Engine Intakes?

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SUMMARY

This discussion focuses on calculating air surge tank fluctuations to minimize downstream effects in engine intake systems. Key concepts include the differentiation between compressed air and intake systems, as well as the application of transmission line theory and Helmholtz resonators. Resources such as the Engineering Toolbox provide foundational knowledge on compressed air receivers. Acoustic modeling techniques are also highlighted as essential for effective design and analysis.

PREREQUISITES
  • Understanding of transmission line theory
  • Knowledge of Helmholtz resonators
  • Familiarity with acoustic modeling techniques
  • Basic principles of compressed air systems
NEXT STEPS
  • Study the principles of transmission line theory in fluid dynamics
  • Research Helmholtz resonators and their applications in engineering
  • Explore acoustic modeling techniques for optimizing intake systems
  • Review resources on compressed air receiver design and calculations
USEFUL FOR

Engineers, mechanical designers, and researchers focused on optimizing engine intake systems and minimizing fluctuations in air surge tanks.

siddharth23
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I am going to be working on some calculations for an air surge tank to minimize fluctuations downstream of the tank in an engin'e intake syste, Any suggestions/sources where I could study for this?

Thank you!
 
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siddharth23 said:
Any suggestions/sources where I could study for this?
Engine inlet and exhaust tuning.
Transmission line theory. Helmholtz resonators and organ pipes.
Acoustic modelling techniques.
 
Last edited:

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