DocumentCode :
540070
Title :
Real-time simulation of supersonic inlets
Author :
Mossayebi, F. ; Pansino, S.R. ; Hartley, T.T. ; De Abreu-Garcia, J.A.
fYear :
1990
fDate :
9-11 Aug. 1990
Firstpage :
288
Lastpage :
291
Abstract :
The matric stability region placement (MSRP) method of J.A. de Abreu-Garcia, T.T. Hartley and G.O. Beale (1988) is used to simulate a small perturbation model of the NASA Lewis Mach 2.5 40-60 mixed compression inlet. The model is representative of high-speed internal flow propulsion systems which can be approximated as quasi-1D flows. The resulting system of equations, which is stiff, is also simulated by the second-order Adam-Bashforth method. It is shown that the MSRP method can be used to simulate small perturbation models of high-speed internal flow propulsion systems in real time
Keywords :
aerospace engines; aerospace simulation; digital simulation; real-time systems; stability; NASA Lewis Mach 2.5 40-60 mixed compression inlet; high-speed internal flow propulsion systems; matric stability region placement; perturbation model; quasi-1D flows; real-time simulation; second-order Adam-Bashforth method; supersonic inlets;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Systems Engineering, 1990., IEEE International Conference on
Conference_Location :
Pittsburgh, PA, USA
Print_ISBN :
0-7803-0173-0
Type :
conf
DOI :
10.1109/ICSYSE.1990.203153
Filename :
5725685
Link To Document :
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