Comparing pressure losses in compressible flow between air and natural gas

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SUMMARY

The discussion focuses on transforming experimental data from compressible flow measurements using air to apply to natural gas. Key parameters measured include static pressure, total pressure, and total temperature upstream and downstream of an obstruction across various mass flow rates. The user seeks to utilize theoretical frameworks and reasonable assumptions to achieve this transformation. Dimensional analysis is identified as a potential method for this conversion.

PREREQUISITES
  • Understanding of compressible flow principles
  • Familiarity with static and total pressure measurements
  • Knowledge of dimensional analysis techniques
  • Experience with gas properties of air and natural gas
NEXT STEPS
  • Research dimensional analysis applications in fluid dynamics
  • Study the properties of natural gas compared to air
  • Explore compressible flow equations and their applications
  • Investigate methods for data transformation in fluid mechanics
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Engineers, researchers, and students involved in fluid dynamics, particularly those working with compressible flow and gas properties.

kayjaygee_13
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Hi! I have experimental data measuring losses across an obstruction in compressible flow which basically consists of static pressure, total pressure and total temperature upstream of the obstruction and the same variables downstream for a number of different mass flow rates. This data was collected using air. Now I was wondering if it was possible, using theory and some reasonable assumptions to transform the data so that it would be applicable if natural gas was being used instead of air. Thank you in advance.
 
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kayjaygee_13 said:
Hi! I have experimental data measuring losses across an obstruction in compressible flow which basically consists of static pressure, total pressure and total temperature upstream of the obstruction and the same variables downstream for a number of different mass flow rates. This data was collected using air. Now I was wondering if it was possible, using theory and some reasonable assumptions to transform the data so that it would be applicable if natural gas was being used instead of air. Thank you in advance.
This can probably done using dimensional analysis.
 

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