Ahmed Abdelhafez

Mechanical Power Engineering Faculty

 (email)

Advanced Mixing in High-Speed Flows for Efficient Combustion

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  • Combustion
  • Mixing
  • Supersonic
Citation:
Abdelhafez, A. A., and A. K. Gupta, "Advanced Mixing in High-Speed Flows for Efficient Combustion", Second International Energy 2030 Conference, Abu Dhabi, UAE, November, 2008.
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Date Presented:

November
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Advanced_Mixing_in_High_Speed_Flows_for_Efficient_Combustion.pdf3.44 MB
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Tags

  • Aluminum (1)
  • Choking Criteria (1)
  • Coaxial Injector (2)
  • Combustion (2)
  • Cryogenic (1)
  • Dispersion (1)
  • Flame Stability (1)
  • Flame Structure (1)
  • In-space (1)
  • Laser (1)
  • Mixing (4)
  • Mixture Fraction (1)
  • Nozzle Geometry (1)
  • Numerical (1)
  • Oblique Injection (2)
  • Particle (1)
  • Propagation (1)
  • Shock Structure (3)
  • Supersonic (9)
  • Swirl (7)
  • Transonic (1)
  • Traverse Injection (1)
  • Underexpanded (7)

Recent Publications

Laser dispersion and ignition of metal fuel particles
Effect of Swirl on Mixing in Underexpanded Supersonic Airflow
Swirling Airflow Through a Nozzle: Choking Criteria
Effect of Swirl on Shock Structure in Underexpanded Supersonic Airflow
Propagation of Swirl in Transonic Airflow
more

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