Two current turbojet engines were operated with gaseous-hydrogen and JP-4 fuels at very high altitudes and a simulated Mach number of 0.8. With gaseous hydrogen as the fuel stable operation was obtained at altitudes up to the facility limit of about 90,000 feet and the specific fuel consumption was only 40 percent of that with JP-4 fuel. With JP-4 as the fuel combustion was unstable at altitudes above 60,000 to 65,000 feet and blowout limits were reached at 75,000 to 80,000 feet. Over-all performance, component efficiencies, and operating range were reduced considerable at very high altitudes with both fuels
An investigation was conducted in the combustor of a 3000-pound-thrust turbojet engine to determine ...
Issues and techniques relative to the adaptation of aircraft engines to high altitude flight are dis...
Design, development, and test of a fuel conditioning and control system utilizing liquid methane (na...
Effect of high altitude on performance & operating characteristics of turbojet engines with hydrogen...
Two current turbojet engines were operated with gaseous-hydrogen and JP-4 fuels at very high altitud...
Performance characteristics of four hydrocarbon fuels having high Btu per gallon were determined in ...
Effect of high altitude on performance & operating characteristics of turbojet engines with hydrogen...
The performance of MIL-F-5624A fuels, grades JP-3 and JP-4, was investigated in an axial-flow turboj...
An analytical study has been conducted to evaluate the potential endurance of remotely piloted, low ...
Combustion efficiencies obtained with gaseous methane were compared with reported data obtained with...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
Combustion efficiency of gaseous hydrogen fuel for ramjets at very high altitudes and high distortio
The power attenuation of internal combustion engines in high-altitude environments restricts the per...
As part of a study of the effects of fuel composition on the combustor performance of a turbojet eng...
As part of an investigation of the performance of AN-F-58 fuel in various types of turbojet engine, ...
An investigation was conducted in the combustor of a 3000-pound-thrust turbojet engine to determine ...
Issues and techniques relative to the adaptation of aircraft engines to high altitude flight are dis...
Design, development, and test of a fuel conditioning and control system utilizing liquid methane (na...
Effect of high altitude on performance & operating characteristics of turbojet engines with hydrogen...
Two current turbojet engines were operated with gaseous-hydrogen and JP-4 fuels at very high altitud...
Performance characteristics of four hydrocarbon fuels having high Btu per gallon were determined in ...
Effect of high altitude on performance & operating characteristics of turbojet engines with hydrogen...
The performance of MIL-F-5624A fuels, grades JP-3 and JP-4, was investigated in an axial-flow turboj...
An analytical study has been conducted to evaluate the potential endurance of remotely piloted, low ...
Combustion efficiencies obtained with gaseous methane were compared with reported data obtained with...
An investigation was conducted with a single combustor from a J47 turbojet engine using weathered av...
Combustion efficiency of gaseous hydrogen fuel for ramjets at very high altitudes and high distortio
The power attenuation of internal combustion engines in high-altitude environments restricts the per...
As part of a study of the effects of fuel composition on the combustor performance of a turbojet eng...
As part of an investigation of the performance of AN-F-58 fuel in various types of turbojet engine, ...
An investigation was conducted in the combustor of a 3000-pound-thrust turbojet engine to determine ...
Issues and techniques relative to the adaptation of aircraft engines to high altitude flight are dis...
Design, development, and test of a fuel conditioning and control system utilizing liquid methane (na...