• citations in SCIndeks: [3]
  • citations in CrossRef:0
  • citations in Google Scholar:[]
  • visits in previous 30 days:0
  • full-text downloads in 30 days:0


article: 2 from 2  
Back back to result list
2002, vol. 1, iss. 2, pp. 40-45
Turbojet engine diagnostic system
Military Technical Institute - MTI, Belgrade
Keywords: fly-by-wire control system; digital electronic control; turbojet engine; airforce equipment; diagnostic system
This paper presents a concept of digital electronic control of turbojet engines as a basis for engine diagnostic system operation in real time. It was started from baseline system, which provides a minimum of required reliability without redundancy. In order to increase a reliability of baseline control system, it is shown a way for selective redundancy.
Barrett, J.W., Rembold, P.J., Burcham, W.F., Myers, P.L. (1983) Digital Electronic Engine Control System: F-15 flight test. Journal Aircraft, vol. 20, br. 2
Landy, J.R., Yonke, A.W., Stewart, F.J. (1987) Development of HIDEC adaptive engine control systems. Transactions of the ASME, vol. 109, str. 146-151
Raymond, G. (1986) Experience of one UK electronic equipment supplier with bite on engine/flight control over the past ten years. Aircraft Engineering, part 2, part 3
Richard, K.S. (1979) State of the art for digital avionics controls. in: AGARD Conference Proceedings, Advances in guidance and control systems using digital techniques, Ottava, Canada, 8-11 May, br. 272
Robinson, K. (1986) Engine controls for integrated aircraft systems. Aircraft Engineering
Sergio, C. (1996) Trust vectoring control: The silent revolution. Military Technology MILTECH, 9
Szuch, R.J. (1982) Advancements in real-time engine simulation technology. in: 18th Joint Propulsion Conference, AIAA-82-1075, Cleveland, Ohio, June 21-23
Terry, F. (1988) High technology in service. Aircraft Engineering
Timothy, J.L. (1987) Microprocessor-based engine control. in: 23th Joint Propulsion Conference 87, AIAA June 29-July 2, San Diego, California
Vujić, D. (1997) Prilog elektronskom upravljanju turbomlaznim motorima. in: Vazduhoplovstvo '97, Međunarodni naučno-stručni skup, Beograd, 11-12 decembar, zbornik radova, str. C43-C48
Vujić, D. (1998) Osnovni koncept sistema elektronskog upravljanja turbomlaznim motorima. Naučno-tehnički pregled, vol. 48, br. 5, str. 39-44
Vujić, D. (1998) Uticaj konfiguracije elektronskih sistema upravljanja na pouzdanost i održavanje turbomlaznih motora. in: SYM-OP-IS '98, (XXV) Jubilarni jugoslovenski simpozijum o operacionim istraživanjima, Herceg Novi, 21-24. sep., zbornik radova, str. 531-534
Vujić, D., Cvijović, S. (1998) Savremeni koncept termičkog održavanja automatskih elektronskih sistema primenjenih u vazduhoplovstvu. in: Jugoslovenski majski skup, Održavanje tehničkih sistema (XXIII), 20-22. maja, Kragujevac, Zbornik radova, str. 817-822
Vujić, D. (1998) Koncept digitalnog elektronskog. in: Konferencija ETRAN-a, Vrnjačka Banja, 2-5 jun, zbornik radova, sveska I, str. 339-342
Vujić, D. (1999) Arhitektura mikroprocesorskog sistema upravljanja turbomlaznim motorima. in: XLIII konferencija ETRAN-a, Zlatibor, 20-22. septembar, zbornik radova
Warner, D.E., Hermann, H.W. (1982) Reliability design study for a fault-tolerant electronic engine control. in: AIAA/SAE/ASME 18th Joint Propulsion Conference, Cleveland, Ohio, June 21-23


article language: Serbian
document type: Original Scientific Paper
published in SCIndeks: 21/07/2007

Related records

Tehnička dijagnostika (2005)
Architecture of microprocessor control systems in aviation engines
Vujić Dragoljub

Sci Tech Rev (2003)
Turbojet engine maintenance systems
Vujić Dragoljub

Tehnička dijagnostika (2004)
On condition maintenance concept of aircraft engines
Vujić Dragoljub

show all [5]