Publication | Closed Access
Evaluation of Hypermixing for Thrust Augmenting Ejectors
61
Citations
3
References
1974
Year
Electrical EngineeringRadial Planarity CharacteristicsEngineeringMeasurementCalibrationAerospace EngineeringMechatronicsHub RingEjector TechnologyEducationSteady-state Distortion LevelsPropulsionInstrumentationThrust Augmenting Ejectors
Steady-state distortion levels produced during full scale PG operation as evaluated in terms of IDC (circumferential) and IDR (radial) distortion parameters were generally less 0.02 and nominally 0.01 or less as previously realized in the model test. Figure 10 summarizes the circumferential planarity in terms of phase and amplitude. The probe readings from two of the rakes, 180° apart, at the engine IGV plane were averaged to obtain these summary results. Such a comparison indicates excellent circumferential planarity over the complete range of the test data. A similar summary of radial planarity characteristics is presented in Fig. 11. In this case, all the probe readings from 2 selected radial immersions were averaged. Radial immersion B is the tip and D is the hub ring. The hub ring probes had the most deviation from those in any of the other rings, thus the results of Fig. 11 represent the worst case.
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