The paper considers the features and disadvantages of traditional aerometric systems of measuring altitude-speed parameters of aircraft movement and the relevance of development of an integrated multifunctional air pressure receiver of aerometric systems. The influence of manufacturing tolerance on the aerodynamic characteristics of the total and static pressure perception channels of the multifunctional air pressure receiver, the estimation of the measurement errors caused by them in altitude-speed parameters of aircraft aerometric systems is considered. The influence of quality of manufacturing the inlet pressure perception channel on the scattering of characteristics and the measurement error of aerodynamic angles of attack and slip using the multifunctional air pressure receiver is evaluated.
Influence of Manufacturing Tolerance on Aerodynamic Performance and Errors of the Multifunctional Air Pressure Receiver of Aircraft Aerometric Systems
Russ. Aeronaut.
Russian Aeronautics ; 65 , 1 ; 186-192
01.01.2022
7 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Europäisches Patentamt | 2019
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