Vortex air data system with spatially distributed multi-function receiver of air flow

E.S. Efremova

Vortex air data system with spatially distributed multi-function receiver of air flow

research article Pages: 78-84

¹ Assistant, Department of Devices and Information-Measuring Systems, Kazan National Research Technical University named after A.N. Tupolev

Keywords: air data signals measurement system vortex receiver of flow spatial diversity multifunctional principles algorithms estimation of errors

Abstract

The specificities and structural-functional scheme of original vortex air data system subsonic aircraft are disclosed. Algorithms of for-mation and information handling to determine the altitude and speed parameters, the advantages of vortex system of values of errors of the system channels are produced.

How to cite

Ефремова Е.С. Вихревая система воздушных сигналов с пространственно-распределенным многофункциональным приемником потока // Нелинейный мир. 2017. № 1. С. 78–84.

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www.aeropribor.ru.

[1] Prakticheskaja aehrodinamika manevrennykh samoletov / Pod obshh. red. N.M. Lykenko. M.: Voenizdat. 1977. 439 s.

[2] Braslavskijj D.A., Logunov S.S., Pelpor D.S. Aviacionnye pribory i avtomaty: Ucheb. dlja aviacionnykh vuzov. M.: Mashinostroenie. 1978. 432 s.

[3] Alekseev N.V., Vozhdaev E.S., Kravcov V.G. i dr. Sistemy izmerenija vozdushnykh signalov novogo pokolenija // Aviakosmicheskoe priborostroenie. 2003. № 8. S. 31-36.

[4] Kljuev G.I., Makarov N.N., Soldatkin V.M., Efimov I.P. Izmeriteli aehrodinamicheskikh parametrov letatelnykh apparatov: Ucheb. posobie pod red. V.A. Mishina. Uljanovsk: Ul GTU. 2005. 509 s.

[5] Patent №127473 (RF). Vikhrevojj datchik aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti / V.M. Soldatkin, E.S. Soldatkina.

[6] Soldatkin V.M., Soldatkina E.S. Vikhrevojj datchik aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti // Izvestija VUZov. Ser. Aviacionnaja tekhnika. 2012. № 4. S. 56-59.

[7] Patent №2506596 (RF). Vikhrevojj datchik aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti / V.M. Soldatkin, E.S. Soldatkina.

[8] Kijasbejjli A.SH., Perelshtejjn M.E. Vikhrevye izmeritelnye pribory. M.: Mashinostroenie. 1972. 152 s.

[9] Soldatkina E.S., Soldatkin V.M. Vikhrevojj datchik aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti s rasshirennymi funkcionalnymi vozmozhnostjami // Izvestija VUZov. Ser. Aviacionnaja tekhnika. 2014. № 4. S. 54-56.

[10] Patent №149872 (RF). Vikhrevojj datchik aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti / V.M. Soldatkin, E.S. Soldatkina.

[11] Patent №2556760 (RF). Vikhrevojj datchik aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti / V.M. Soldatkin, E.S. Soldatkina.

[12] Zalmanzon L.A. Protochnye ehlementy pnevmaticheskikh priborov kontrolja i upravlenija. M.: Izd-vo AN SSSR. 1961. 247 s.

[13] Soldatkina E.S. Analiz metrologicheskikh kharakteristik vikhrevogo datchika aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti // Fundamentalnye i prikladnye problemy tekhniki i tekhnologii. 2013. № 2. S. 111-117.

[14] Soldatkina E.S. Sistemotekhnicheskoe proektirovanie vikhrevogo datchika aehrodinamicheskogo ugla i istinnojj vozdushnojj skorosti // Izvestija VUZov. Ser. Aviacionnaja tekhnika. 2013. № 3. S. 57-61.

[15] www.aeropribor.ru.

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