Mobility & Propulsion

Engineering

1. Airfoil 100%
2. Propeller Blade 96%
3. Propeller 93%
4. Computational Fluid Dynamics 45%
5. Flow Condition 37%
6. Broadband Noise 32%
7. Drag Coefficient 32%
8. Laminar-Turbulent Transition 32%
9. Reynolds-Averaged Navier-Stokes 28%
10. Flow Distribution 28%
11. Aircraft Propellers 24%
12. Blades Design 24%
13. Multiobjective Optimization 24%
14. Infrared Thermography 24%
15. Serration 22%
16. Boundary Layer 21%
17. Laminar Separation Bubble 20%
18. Trailing Edge 19%
19. Multiscale 16%
20. Free Field 16%
21. Influencing Parameter 16%
22. Subway Tunnel 16%
23. Empty Weight 16%
24. Potential Benefit 16%
25. Propeller Noise 16%
26. Subway Stations 16%
27. Helicopter Rotors 16%
28. Blade Angle 16%
29. Rotors 16%
30. Blade Element 16%
31. Control Point 16%
32. Radial Distribution 16%
33. Lift Coefficient 16%
34. Singularities 16%
35. Mach Number 16%
36. Scale Effect 16%
37. Reattachment 16%
38. Measurement Setup 16%
39. Analytical Model 14%
40. Time Domain 14%
41. Flow Separation 12%
42. Flow Visualization 12%
43. Vortex 11%
44. Secondary Flow 10%
45. Speed Train 10%
46. Response Surface 10%
47. Air Flow 10%
48. Length Scale 10%
49. Good Agreement 9%
50. Computer Simulation 9%
51. Angle-of-Attack 9%
52. Propeller Geometry 8%
53. Sound Propagation 8%
54. Frequency Content 8%
55. Nonlinear Phenomenon 8%
56. Metrics 8%
57. Field Test 8%
58. Test Campaign 8%
59. Computational Resource 8%
60. Aeroelastic Behavior 8%
61. Cruise Condition 8%
62. Surface Temperature Distribution 8%
63. Force Balance 8%
64. Recurrent 8%
65. Structural Mechanics 8%
66. Airfoil Section 8%
67. Inflection Point 8%
68. Design Parameter 8%
69. Inlet Boundary Condition 8%
70. Simulation Technique 8%
71. Reliability Analysis 8%
72. Flux Density 8%
73. Nonlinearity 8%
74. Artificial Neural Network 8%
75. Turbulent Flow 8%
76. Acoustic Field 8%
77. Objective Optimization 8%
78. Blade Tip 8%
79. Leading Edge 7%
80. Frequency Domain 7%
81. Optimization Approach 7%
82. Momentum Equation 7%
83. Parametric Study 5%
84. Leading Edge Noise 5%
85. Blade Segment 5%
86. Optimisation Procedure 5%
87. Primary Flow 5%
88. Noise Spectra 5%
89. Air Quality 5%
90. Fuel Flow 5%
91. Constant Speed 5%
92. Accurate Prediction 5%
93. Speed Ratio 5%
94. Flow Velocity 5%
95. Navier-Stokes Equation 5%
96. Strip Theory 5%
97. Stagnation Point 5%
98. Single Curve 5%
99. Surface Pressure Distribution 5%
100. Flow Rate 5%