The desirability of obtaining an even distribution of temperature at the outlet of a ramjet combustor is indicated theoretically. Results of experiments on a particular combustion system over a limited range of conditions using a series of mixers are presented. The results suggest that mixers are desirable for high Mach Number ramjets operating at low overall fuel-air ratios. The material presented in this report is based on the work carried out by M. R. Williams in partial fulfilment of the requirements for the Diploma of the College of Aeronautics, and is essentially a summary of his thesis. The work was part of M.O.S. Research Contract 7/Exptl./72
Based on the assumption that shock-free internal burning is possible in a supersonic airstream, calc...
This report documents the research studies on the design of a 'high speed heated flow wind tunnel...
An investigation of a single-annulus turbojet combustor with slot-type air admission was conducted t...
Heat energy can be converted into mechanical energy only by the expansion of a high temperature high...
A preliminary evaluation was made of three types of combustor con-figuration in a 48-inch-diameter r...
A preliminary evaluation was made of three types of combustor configurations in a 48-inch-diameter r...
An investigation of the altitude performance of a 20-inch-diameter high-temperature-ratio ram-jet co...
Four different combustion efficiencies commonly used for assessing ramjet engines are compared. The ...
NACA research on the single problem of combustion efficiency of turbojet engines at high altitudes i...
An investigation of the altitude performance of a 20-inch-diameter high-temperature-ratio ram-jet co...
The combustion performance and particularly the phenomenon of altitude operational limits was studie...
The ram jet is basically one of the most dimple types of aircraft engine. It consists only of an inl...
The results show that when the combustion-air temperature was increased from 80 to 130 degrees F for...
The combustion performance, and particularly the phenomenon of altitude operational limits, was stud...
Some of the systematic research conducted by the NACA on aircraft gas-turbine combustors is reviewed...
Based on the assumption that shock-free internal burning is possible in a supersonic airstream, calc...
This report documents the research studies on the design of a 'high speed heated flow wind tunnel...
An investigation of a single-annulus turbojet combustor with slot-type air admission was conducted t...
Heat energy can be converted into mechanical energy only by the expansion of a high temperature high...
A preliminary evaluation was made of three types of combustor con-figuration in a 48-inch-diameter r...
A preliminary evaluation was made of three types of combustor configurations in a 48-inch-diameter r...
An investigation of the altitude performance of a 20-inch-diameter high-temperature-ratio ram-jet co...
Four different combustion efficiencies commonly used for assessing ramjet engines are compared. The ...
NACA research on the single problem of combustion efficiency of turbojet engines at high altitudes i...
An investigation of the altitude performance of a 20-inch-diameter high-temperature-ratio ram-jet co...
The combustion performance and particularly the phenomenon of altitude operational limits was studie...
The ram jet is basically one of the most dimple types of aircraft engine. It consists only of an inl...
The results show that when the combustion-air temperature was increased from 80 to 130 degrees F for...
The combustion performance, and particularly the phenomenon of altitude operational limits, was stud...
Some of the systematic research conducted by the NACA on aircraft gas-turbine combustors is reviewed...
Based on the assumption that shock-free internal burning is possible in a supersonic airstream, calc...
This report documents the research studies on the design of a 'high speed heated flow wind tunnel...
An investigation of a single-annulus turbojet combustor with slot-type air admission was conducted t...