Experimental Measurements of the Effect of Hot Gas Ingestion on Rotor Discs

Engineering

1. Hot Gas 100%
2. Rotors 75%
3. Gas Turbine 72%
4. Leakage Flow 66%
5. Turbine 57%
6. Seals 53%
7. Stator 53%
8. Rotor Disc 45%
9. Research 37%
10. Stages 33%
11. Experimental Measurement 33%
12. Stator Cavity 33%
13. Facilities 32%
14. Measurement 32%
15. Engine 32%
16. Disc Turbine 32%
17. Flow Structure 29%
18. Flow Rate 29%
19. Models 28%
20. Experiments 28%
21. Cavity 26%
22. Computational Fluid Dynamics 25%
23. Vortex 24%
24. Axial Clearance 20%
25. Temperature 20%
26. Cooling Air 20%
27. Design 20%
28. Periphery 18%
29. Coolant Flow 14%
30. Performance 14%
31. Gas Turbine Engine 13%
32. Heat Transfer 13%
33. Engine Performance 13%
34. Turbine Components 13%
35. Compressed Air 13%
36. Stator Disc 12%
37. Centrifugal 12%
38. Mass Flow 12%
39. Infrared Sensor 11%
40. Estimation 8%
41. Good Agreement 8%
42. Sealing System 8%
43. Flow Field 8%
44. State Solution 8%
45. Turbulence 8%
46. Limitations 8%
47. Numerical Prediction 8%
48. Numerical Study 8%
49. Pumping Effect 8%
50. Mass Flowrate 8%
51. Radial Clearance 8%
52. Creep 6%
53. Gas Temperature 6%
54. External Pressure 6%
55. Secondary Air 6%
56. Engine Efficiency 6%
57. Transients 6%
58. Fuel Cost 6%
59. Database 6%
60. Outer Part 6%
61. Fluid Dynamics 6%
62. Thermal Fatigue 6%
63. Application 6%
64. Heat Transfer Data 6%
65. Cycles 6%
66. Combustion 6%
67. Flow Visualization 6%
68. Lifecycle 6%
69. Accuracy 6%
70. Jet Propulsion 6%
71. Turbine Inlet Temperature 6%
72. Cycle Efficiency 6%
73. Fuel 6%
74. Blade Root 6%
75. High Pressure Ratio 6%
76. Engine Designer 6%
77. Surface Temperature 6%
78. Fluid 6%
79. High Efficiency 6%
80. Rotating Disk 6%
81. Air System 6%
82. Siemens 6%
83. Product 6%
84. Dynamic Condition 6%
85. Operating Cost 6%
86. Batchelor 5%
87. Experimental Result 5%
88. Dominated Structure 5%
89. Architecture 5%
90. Static Pressure 5%
91. Environment 5%
92. Stator System 5%