Ahmed Abdelhafez
Mechanical Power Engineering Faculty
(email)
MIXING AND NOZZLE GEOMETRY EFFECTS ON FLAME STRUCTURE AND STABILITY
View
What links here
in
Flame Stability
Flame Structure
Mixing
Nozzle Geometry
Citation:
EL-MAHALLAWY, F., A. A. Abdelhafez, and M. S. MANSOUR, "MIXING AND NOZZLE GEOMETRY EFFECTS ON FLAME STRUCTURE AND STABILITY", Combustion Science and Technology, vol. 179, issue 1-2, pp. 249-263, 2007.
Export
RTF
Tagged
XML
BibTex
Google Scholar
Preview
Attachment
Size
Mixing_and_Nozzle_Geometry_Effects_on_Flame_Structure_and_Stability.pdf
974.23 KB
Publications
Bio
Classes
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