Engineering

1. Propeller 100%
2. Propeller Blade 67%
3. Airfoil 65%
4. Computational Fluid Dynamics 44%
5. Laminar-Turbulent Transition 27%
6. Flow Distribution 22%
7. Broadband Noise 20%
8. Angle-of-Attack 19%
9. Drag Coefficient 19%
10. Aerodynamic Performance 18%
11. Aircraft Propellers 17%
12. Numerical Model 15%
13. Fluid-Structure Interaction 15%
14. Aerodynamic Coefficient 15%
15. Vortex 13%
16. Subway Stations 13%
17. Blade Element 13%
18. Tensiles 13%
19. Point Mass Model 13%
20. Printed Material 13%
21. Mach Number 13%
22. Cryogenic Temperature 13%
23. Propeller Geometry 13%
24. Flow Visualization 13%
25. Laminar Separation Bubble 13%
26. Trailing Edge 12%
27. Blades Design 12%
28. Multiobjective Optimization 12%
29. Infrared Thermography 12%
30. Reynolds-Averaged Navier-Stokes 11%
31. Air Flow 11%
32. Reattachment 11%
33. Numerical Approach 10%
34. Limitations 10%
35. Rotors 10%
36. Control Point 10%
37. Radial Distribution 10%
38. Nonlinearity 10%
39. Schlieren 10%
40. Serration 9%
41. Flow Condition 9%
42. Commercial Software 9%
43. Boundary Layer 9%
44. Metrics 9%
45. Ammunition 9%
46. Computer Simulation 9%
47. Flow Characteristics 9%
48. Leading Edge 9%
49. Surrogate Model 8%
50. Time Domain 8%