The gross thrust of an experimental airplane was determined by each method using the same flight maneuvers and generally the same data parameters. Coefficients determined from thrust stand calibrations for each of the three methods were then extrapolated to cruise flight conditions. The values of total aircraft gross thrust calculated by the three methods for cruise flight conditions agreed within + or - 3 percent. The disagreement in the values of thrust calculated by the different techniques manifested itself as a bias in the data. There was little scatter (0.5 percent) for the thrust levels examined in flight
Following a summary of the methods used to establish aerodynamic data and propulsion data, a compari...
New flight test maneuvers and analysis techniques for evaluating the dynamic response of in-flight t...
Thrust measurement system and aerodynamic drag effects of underwing J-85 engine nacelles on F-106 ai...
A simplified gross thrust calculation technique was evaluated in flight tests on an F-15 aircraft us...
The technique which relies on afterburner duct pressure measurements and empirical corrections to an...
In support of performance testing of the X-29A aircraft at the NASA-Ames, various thrust calculation...
A real time computer program was implemented on a F-15 jet fighter to monitor in-flight engine perfo...
A simplified gross thrust computing technique for the HiMAT J85-GE-21 engine using altitude facility...
Experience accumulated during the past 10 years in measuring turbojet-engine thrust in altitude faci...
Two variations of gas generator method to calculate thrust of afterburning turbofan engines installe...
A comparison is made of the facility performance data for the two engines with an engine performance...
Measurement of the jet thrust of a turbojet engine in flight becomes more difficult as the number an...
An airflow and thrust calibration of an F100 engine was conducted in coordination with a flight test...
Validating gas generator method of calculating jet engine thrust, and evaluation of XB-70-1 engine p...
Jet engine calibration tests were conducted in an altitude facility using a contoured bellmouth inle...
Following a summary of the methods used to establish aerodynamic data and propulsion data, a compari...
New flight test maneuvers and analysis techniques for evaluating the dynamic response of in-flight t...
Thrust measurement system and aerodynamic drag effects of underwing J-85 engine nacelles on F-106 ai...
A simplified gross thrust calculation technique was evaluated in flight tests on an F-15 aircraft us...
The technique which relies on afterburner duct pressure measurements and empirical corrections to an...
In support of performance testing of the X-29A aircraft at the NASA-Ames, various thrust calculation...
A real time computer program was implemented on a F-15 jet fighter to monitor in-flight engine perfo...
A simplified gross thrust computing technique for the HiMAT J85-GE-21 engine using altitude facility...
Experience accumulated during the past 10 years in measuring turbojet-engine thrust in altitude faci...
Two variations of gas generator method to calculate thrust of afterburning turbofan engines installe...
A comparison is made of the facility performance data for the two engines with an engine performance...
Measurement of the jet thrust of a turbojet engine in flight becomes more difficult as the number an...
An airflow and thrust calibration of an F100 engine was conducted in coordination with a flight test...
Validating gas generator method of calculating jet engine thrust, and evaluation of XB-70-1 engine p...
Jet engine calibration tests were conducted in an altitude facility using a contoured bellmouth inle...
Following a summary of the methods used to establish aerodynamic data and propulsion data, a compari...
New flight test maneuvers and analysis techniques for evaluating the dynamic response of in-flight t...
Thrust measurement system and aerodynamic drag effects of underwing J-85 engine nacelles on F-106 ai...