Intake Aerodynamics: Learn What it is & Where to Find Info

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SUMMARY

Intake aerodynamics focuses on the design and performance of air intakes for supersonic vehicles, including transport aircraft and hypersonic vehicles. Onera is a leading organization in this field, known for its work on the Concorde and various French ramjet missiles such as ASMP and MPSR. Key research areas include efficiency, mass flow rate, and flow distortion, with considerations for flight envelope and stealth. Various intake concepts, including fixed and variable geometry, are explored to optimize performance.

PREREQUISITES
  • Understanding of supersonic aerodynamics
  • Familiarity with air intake design principles
  • Knowledge of performance characterization techniques
  • Experience with computational fluid dynamics (CFD) tools
NEXT STEPS
  • Research Onera's contributions to supersonic intake design
  • Explore fixed vs. variable geometry air intakes
  • Learn about computational fluid dynamics (CFD) applications in intake aerodynamics
  • Investigate performance metrics for air intakes in hypersonic vehicles
USEFUL FOR

Aerospace engineers, aerodynamicists, and researchers focused on vehicle performance optimization in supersonic and hypersonic contexts.

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What is INTAKE AERODYNAMICS ? Let's discuss it in datails. Any websites or reference?
 
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Since NOONE has answered you i WILL...

In the field of supersonic air intakes, Onera has acquired a great deal of experience – and renown – for its past development of the Concorde air intakes and, more recently, all the intakes used on French ramjet missiles (ASMP, MPSR, ANS, ASLP, future air-air missiles, and others).
The work done here ranges from the design of the air intakes to the characterization of their performance, numerically or experimentally. The applications are very large, covering not only missiles but also transport aircraft and hypersonic vehicles.
Generally, the purpose of the research is to obtain the best possible performance in terms of efficiency, mass flow rate, and distortions, considering the constraints specific to the vehicles considered, such as the flight envelope, fuselage integration, interaction with the external aerodynamics, stealth, and so forth.
Different air intake concepts are studied: those with external, internal, or both types of compression, and those of fixed or variable geometry. Starting problems, and problems of internal flow stability control, are also specific themes of research.

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