An investigation of ejectors having short mixing sections.
Ejectors with short mixing sections used to simulate altitudes for rocket engine testing in vertical position
ENGINE TESTING↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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A Heat Transfer Investigation of Ejector Systems with 90 Deg Turns. NERVA Program
Heat transfer characteristics of ejector systems for turning rocket exhaust gases through 90 deg
Mandell, B.↗
Performance of a wind tunnel model of an aerodynamically positioned variable flap ejector at Mach numbers from 0 to 2.0
Wind tunnel model tests of variable flap ejector nozzle with aerodynamically positioned shroud
Jones, J. R.↗
Comparison of experimental and predicted heat transfer characteristics for a cylindrical ejector
Heat transfer characteristics of cylindrical ejector for turbojet engine and shroud material temperature prediction
Chenoweth, F. C.↗
Static performance of an auxiliary inlet ejector nozzle for supersonic-cruise aircraft
Static performance of an auxiliary inlet ejector nozzle for supersonic-cruise aircraft
Jones, J. R.↗
Jet effects on boattail pressure drag of isolated ejector nozzles at Mach numbers from 0.60 to 1.47
Jet effects on boattail pressure drag of isolated ejector nozzles at Mach 0.60 to 1.47
Harrington, D. E.↗
Internal thrust and pumping performance of an auxiliary inlet ejector nozzle with clamshell thrust reverser
Simulated take-off, transonic acceleration, and supersonic flight conditions using auxiliary inlet ejector nozzle
Burley, R. R.↗
Prediction of heat-transfer characteristics for ejector exhaust nozzles
Heat balance equation for predicting heat transfer of ejector exhaust nozzle at afterburning phase
Chenweth, F. C.↗
Static performance of an auxiliary inlet ejector nozzle using an afterburning turbojet gas generator
Performance characteristics of auxiliary inlet ejector nozzle configurations for takeoff, transonic acceleration, and supersonic flight conditions with pressure and temperature profiles
Burley, R. R.↗
Flight performance of auxiliary inlet ejector and plug nozzle at transonic speeds
Flight performance of auxiliary inlet ejector and plug nozzle at transonic speeds
Burley, R. R.↗
Flight investigation of airframe installation effects on a variable flap ejector nozzle of an underwing engine nacelle at Mach numbers from 0.5 to 1.3
Airframe installation effects on variable flap ejector nozzle of underwing engine nacelle
Head, V. L.↗
Performance of an aerodynamically positioned auxiliary inlet ejector nozzle at Mach numbers from 0 to 2.0
Performance of aerodynamically positioned auxiliary inlet ejector nozzle at Mach numbers from 0 to 2.0
Bresnahan, D. L.↗
Performance of an auxiliary inlet ejector nozzle with fixed doors and single-hinge trailing-edge flap
Auxiliary inlet ejector nozzle with fixed doors and single-hinge trailing-edge flaps
Johns, A. L.↗
Performance of an auxiliary inlet ejector nozzle with fixed inlet doors and triple-hinge trailing-edge flap
Performance of auxiliary inlet ejector nozzle with fixed inlet doors and triple-hinge trailing edge flap over subsonic and transonic free stream range for supersonic aircraft
Johns, A. L.↗
Performance of a fixed geometry wind tunnel model of an auxiliary inlet ejector with a clamshell flow diverter from Mach 0 to 1.2
Fixed geometry wind tunnel model of auxiliary inlet ejector with clamshell flow diverter from Mach 0 to 1.2
Johns, A. L.↗
Analysis of rocket-powered ejectors for pumping liquid oxygen and liquid hydrogen
Analysis of rocket-powered ejectors for pumping liquid oxygen and liquid hydrogen
Franciscus, L. C.↗
Flight performance of auxiliary inlet ejector and plug nozzle at transonic speeds
Auxiliary inlet ejector and plug nozzle flight performance, describing design variation effects for high supersonic speeds
Burley, R. R.↗
Performance of an auxiliary inlet ejector nozzle with floating inlet doors and floating single-hinge trailing-edge flaps
Performance of auxiliary inlet ejector nozzle with floating inlet doors and floating single hinge trailing edge flaps
Johns, A. L.↗