27 research outputs found
Air-flow Characteristics of Brazed and Rolled Wire Filter Cloth for Transpiration-cooled Afterburners
Cooling Characteristics of a Transpiration-cooled Afterburner with a Porous Wall of Brazed and Rolled Wire Cloth
Preliminary Experimental Investigation of Transpiration Cooling for an Afterburner with a Sintered, Porous Stainless-steel Combustion-chamber Wall
Chart for Simplifying Calculations of Pressure Drop of a High-Speed Compressible Fluid Under Simultaneous Action of Friction and Heat Transfer - Application to Combustion-Chamber Cooling Passages
Investigation of the I-40 Jet-propulsion Engine in the Cleveland Altitude Wind Tunnel I : Performance and Windmilling Drag Characteristics
Cooling Characteristics of an Experimental Tail-pipe Burner with an Annular Cooling-air Passage
The effects of tail-pipe fuel-air ratio (exhaust-gas temperatures from approximately 3060 degrees to 3825 degrees R), radial distributiion of tail-pipe fuel flow, and mass flow of combustion gas and the inside wall were determined for an experimental tail-pipe burner cooled by air flowing through and insulated cooling-air to combustion gas mass flow from 0.066 to 0.192 were also determined