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Modeling Unsteady Phenomena in an Axial Compressor

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Abstract The flow in a four-stage axial compressor is investigated by numerical modeling using the Numeca FINE/Turbo software. A few approaches to modeling the rotor-stator interaction are considered: the steady… Click to show full abstract

Abstract The flow in a four-stage axial compressor is investigated by numerical modeling using the Numeca FINE/Turbo software. A few approaches to modeling the rotor-stator interaction are considered: the steady statement with the use of the Mixing Plane boundary condition, the fully unsteady statement (URANS), and the non-linear harmonic (NLH) method. These approaches are compared by considering the time-averaged and instantaneous integral parameters of the compressor and the pulsations of local parameters.

Keywords: compressor; phenomena axial; modeling unsteady; axial compressor; unsteady phenomena

Journal Title: Mathematical Models and Computer Simulations
Year Published: 2020

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