A mathematical model capable of simulating transient performance of fan and compression systems is described. The model is based on the dynamic forms of the conservation equations and incorporates a polytropic analysis. The steps taken to validate the model and several applications of the model are described.
Get full access to this article
View all access options for this article.
References
1.
Benson, R.S., Garg, R.D. and Woollatt, D.1964. 'A numerical solution of unsteady flow problems', Int J Mech Sci, 6, 177-244.
2.
Benson, R.S. and Whitfield, A.1967-68. 'Application of non-steady flow in a rotating duct to pulsating flow in a centrifugal compressor', Paper 20, Proc IMechE, 182 (3H), 184-196.
3.
Corbett, A.G. and Elder, R.L.1974. 'Stability of an axial flow compressor with steady inlet conditiotis', J Mech EngSci, 16 (6), 377-385.
4.
Corbett, A.G. and Elder, R.L.1975. 'Mathematical model-of compressor stability is steady and unsteady flow conditions', Unsteady Phenomena in Turbomachinery, Agard Conf Proc 177, Paper 12.
5.
Davis, F.T. and Corripio, A.B.1974. 'Dynamic simulation of centrifugal compressors using a real gas equation of state', Proc 5th Annual University of Pittsburgh Conf onModelling and Simulation, Pittsburgh .
Elder, R.L. and Gill, M.E.1984. 'A surge prediction method for multistage axial compressors ', IMechE, Conf on Computational Methods in Turbomachinery , Birmingham, Paper C74/84.
8.
Greitzer, E.M.1976. 'Surge and rotating stall in axial flow compressors' — Parts I and II. J of Engng for Power,98, 190-217.
9.
Kuhlberg, J.F., Sheppard, D.E., King, E.O. and Baker, J.R.1969. 'The dynamic simulation of turbine engine compressors ', AIAA 5th Propulsion Conf, Paper 69-486.
10.
Schultz, J.M.1962. 'The polytropic analysis of centrifugal compressors', J Engng for Power,84, 62-82.
11.
Willoh, R.G. and Seldner, K.1969. Multistage compressor simulation applied to the prediction of axial flow instabilities, NASA TM X - 1880.