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Performance of an Axial Compressor During Rotating Stall

  • P.B. Sharma, , D.T. Papageorgiou, and J.W. Railly,
Published/Copyright: December 1, 1988
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Published Online: 1988-12

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Articles in the same Issue

  1. CONTENTS
  2. Hostile Atmospheric Environment Effects on J e t Engines
  3. Statistical Analysis of silicon Nitride (RBSN) Using the Short Span Bending Technique
  4. Experimental Method for the Combustion Efficiency Calculation in a Reheat Duct
  5. A Survey of Accelerated Vibratory Fatigue Test Method of Aero-Engine Compressor Blading
  6. Combustion of Kerosene-Water Emulsions in a Gas Turbine Combustor
  7. Performance of an Axial Compressor During Rotating Stall
  8. Small Diameter Film Cooling Holes: The Influence of Hole Size and Pitch
  9. Relative Flow Structure at Exit from an Axial Compressor Rotor in Rotating Stall
  10. Experimental Study on Initial Atomization of Plain Jet Air Blast Atomizer by Multi-pulse Laser Photography
  11. The Application of Artificial Intelligence Techniques for Turbomachinery Diagnostics
  12. Flow at the Tip of a Forward Curved Centrifugal Fan
  13. Analysis of the Influence of the End-Wall Boundary Layer Growth on the Performance of Multistage Compressors
  14. Design and Testing of a 10KW Steam Turbine for Steam Turbochargers
  15. Numerical Solution and Experimental Investigation of Highly Rotational Internal Flow
  16. Lip Separate Flow Blowing and Analysis of Coherence of Inlet
  17. Experimental Investigation of Tandem Blade Cascades with Double-Circular ARC Profiles
  18. A Review of Methods of Estimating Performance Characteristics
  19. Spray Research in BIAA: A Review
  20. Thermal Efficiency of High Pressure Glycerin Sprays Produced by Fan-Jet Pressure Nozzles
  21. The Prediction of Thermal ΝΟX in Gas Turbines
  22. Conical Grid Plate Flame Stabilizers: Number and Size of Jet Shear Layers
  23. Pressurized Fluidized-Bed Combustion: An Experimental Study with Lignite
  24. Comparison Method for Complex Cycle Analysis
  25. Displacement Brayton Cycle Engine Component Coupling with a Variable Speed Drive
  26. An Approach to Performance Prediction of Gas-Wet Steam Turbo Expanders
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