Rotor-Stator Interaction in Turbomachines
Abstract:
Rotor-stator interaction in turbomachines is considered. A computer program was developed to numerically simulate 2-D unsteady compressible Navier-Stokes equations based on Jameson`s numerical method. In this problem, the sliding mesh method is used at the interface of rotor and stator. The transfer of information at the sliding interface was done based on a conservative form of a third order interpolation technique. Several testes cases were carried out to examine the problem and obtain the effect of rotor-stator interaction. The results show that for the turbine type stages, the stator-rotor interaction affects mainly the moving blades and also the wake region of the stationary blades. The amount of these effects depends on the velocity of the rotor blades.
How to cite this article
E. Shirani and K. Daneshkhah, 2002. Rotor-Stator Interaction in Turbomachines. Journal of Applied Sciences, 2: 955-964.
REFERENCES
Arnone, A. and R.C. Swanson, 1993. A navier-stokes solver for turbomachinery applications. ASME J. Turbomach., 115: 305-306.
CrossRef Direct Link
Arnone, A. and R. Paccini, 1996. Rotor-stator interaction analysis using the naveir-stokes equation and a multi-grid method. J. Turbomach., 118: 679-689.
Direct Link
Arnone, A. and R. Paccini, 1998. IGV-rotor interaction analysis in a transonic compressor using the naveir-stokes equation. J. Turbomach., 120: 147-155.
Direct Link
Barnett, M., D.E. Kobbs and D.E. Edwards, 1991. Inviscid-viscous interaction analysis of compressor cascade performance. J. Turbomach., 113: 538-552.
CrossRef Direct Link
Crawford, M.E. and W.M. Kays, 1976. A program for numerical computation of two-dimension. NASA CR-2742, 1976.
Denton, G.D., 1975. A Time Marching Method for Two and Three Dimensional Blade to Blade Flows. Her Majesty's Stationery Office (HMSO), London
Dering, R.P., H.D. Joslyn, L.W. Hardin and J.H. Wagner, 1982. Turbine rotor-stator interaction. ASME J. Eng. Power, 104: 729-742.
Erdos, J.I., E. Alzner and M. McNally, 1972. Numerical solution of periodic transonic flow through a fan stage. AIAA J., 15: 1559-1568.
CrossRef Direct Link
Jameson, A., A. Rizzi, W. Schmidt and D. Whitefield, 1981. Finite volume solution for the euler equation for transonic flow over airfoil and wing including viscous effects. AIAA Paper 81-1265, June 1981.
Jameson, A., W. Schmidt and E. Turkel, 1981. Numerical solution of euler equations by finite vol. method using runge-kutta time stepping scheme. AIAA Paper No. 81-1259.
Jameson, A., 1991. Time dependent calculation using multigrid withapplicaton to unsteady flow past airfoil and wings. AIAA Paper No. 91-1596.
Jorgenson, P.C.E. and R.V. Chima, 1989. Explicit runge-kutta method for unsteady rotor stator interaction. AIAA J., 27: 743-749.
Direct Link
Knight, C.J. and D. Choi, 1989. Dev of a viscous cascade code based on scalar implicit factorization. AIAA. J., 27: 581-594.
Direct Link
Lakshminarayana, B. and T.R. Govindan, 1981. Analysis of turbulent boundary layer on cascade and rotor blades of turbomachinery. AIAA J., 19: 1333-1341.
CrossRef Direct Link
Li, J.S., P.N. Sockol and J.M. Prahl, 1989. Navier-stokes cascade with a stiff k-e turbulence solver. AIAA Paper 88-0594.
McDonald, P.W., 1971. The computation of transonic flow through two dimensional gas turbine cascade. ASME Paper 71-89.
Rai, M.M., 1987. Navier-stokes simulations of rotor/stator interactions using patched and overlaid grids. AIAA Paper Propulsion Power, 3: 387-396.
Rai, M.M., 1987. Unsteady 3-D navier-stokes simulations of turbine rotor/stator interactions. AIAA. J. Paper 87-2058.
Rai, M.M. and N.K. Madaran, 1990. Multi-airfoil navier-stokes simulations of turbine rotor/stator interactions. J. Turbomach., 112: 377-377.
Direct Link
Sadri, M.A., 1997. Numerical modelling of rotor/stator interactions in turbomachinery. Ph.D. Thesis, University of London, UK.
Stager, J.L., T.H. Pullium and R.V. Chima, 1980. An implicit finite difference code for invisid and viscous cascade flow. AIAA Paper, 80-1427.
Shamroth, S.J., H. McDonald and W.R. Briley, 1982. Application of navier-stokes analysis of transonic casade flow fields. J. Eng. Power, 118: 864-867.
Shirani, E. and S. Zirak, 2001. Numerical analysis of compressible steady/unsteady and inviscid/viscous flow in casades and effects of viscosity on the flows. Amirkabir J., 12: 47-47.
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