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Stability management of high speed axial flow compressor stage through axial extensions of bend skewed casing treatment

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Propulsion and Power Research 2016年第3期5卷 236-249页

作者： Dilipkumar Bhanudasji Alone S.Satish Kumar Shobhavathy M.Thimmaiah Janaki Rami Reddy Mudipalli A.M.Pradeep Srinivasan Ramamurthy Venkat S.Iyengara Propulsion Division CSIR-NALBangalore 560037India Aerospace Engineering Department IIT BombayPowai 400076India NCAD CSIR-NALBangalore 560017India

This paper presents the experimental results to understand the performance of moderately loaded high speed single stage transonic axial flow compressor subjected to various configurations of axial extensions of bend skewed casing treatment with moderate *** bend skewed casing treatment of 33%porosity was coupled with rectangular plenum chamber of depth equal to the slots *** five axial extensions of 20%,40%,60%,80%and 100%were used for the experimental evaluations of compressor *** main objective was to identify the optimum extension of the casing treatment with reference to rotor leading edge which results in maximum stall margin improvements with minimum loss in the stage *** each axial extension the compressor performance is *** improvement in the stall margin was very significant at some axial extensions with 4%–5%penalty in the stage *** compressors stage shows recovery in terms of efficiency at lower axial extensions of 20%and 40%with increase in the peak stage *** of flow parameters showed the typical behaviors at near stall flow *** wire sensor was placed at the rotor upstream in the tip region to capture the oscillations in the inlet axial and tangential velocities at stall *** the absence of casing treatment the compressor exhibit abrupt stall with very high oscillations in the inlet axial and tangential velocity of the *** extents of oscillations reduce with bend skewed casing *** measurements were also performed in the plenum chamber and salient results are presented in this paper.

关键词： High speed compressor Bend skewed casing treatments Axial extensions stall margin improvements Peak stage efficiency Hot wire probe stall Abrupt

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