27 research outputs found
Air-flow Characteristics of Brazed and Rolled Wire Filter Cloth for Transpiration-cooled Afterburners
Get PDFCooling Characteristics of a Transpiration-cooled Afterburner with a Porous Wall of Brazed and Rolled Wire Cloth
Get PDFPreliminary Experimental Investigation of Transpiration Cooling for an Afterburner with a Sintered, Porous Stainless-steel Combustion-chamber Wall
Get PDFChart 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
Get PDFInvestigation of the I-40 Jet-propulsion Engine in the Cleveland Altitude Wind Tunnel I : Performance and Windmilling Drag Characteristics
Get PDFCooling Characteristics of an Experimental Tail-pipe Burner with an Annular Cooling-air Passage
Get PDFThe 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
Empirical cooling correlation for an experimental afterburner with an annular cooling passage
Get PDFCooling of ram jets and tail-pipe burners : analytical method for determining temperatures of combustion chamber having annular cooling passage
Get PDFSome screeching-combustion characteristics of a transpiration-cooled afterburner having a porous wall of wire cloth
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