Andreas Marn

Engineering

1. Turbine 100%
2. Performance 54%
3. Guide Vane 47%
4. Riblets 40%
5. Low-Pressure Turbine 37%
6. Duct 32%
7. Stator 30%
8. Operating Point 28%
9. Aerodynamics 28%
10. Rotors 27%
11. Models 27%
12. Heat Transfer 26%
13. Numerical Analysis 26%
14. Experimental Investigation 26%
15. Flow Field 25%
16. Aerodynamic Performance 23%
17. Rotor Blade 22%
18. Measurement 19%
19. Surface 15%
20. Flow Structure 14%
21. Unsteady Flow 13%
22. Reference Model 13%
23. Fluid Flow 13%
24. Periodic Flow 13%
25. Fourier Coefficient 13%
26. Test Rig 13%
27. Pressure Profile 13%
28. Turbomachinery 13%
29. Stages 11%
30. Computational Fluid Dynamics 10%
31. Facilities 10%
32. Force Response 10%
33. Design 9%
34. Modal Analysis 9%
35. Reduction 8%
36. Machine Dynamics 8%
37. Fast Response 8%
38. Pressure Probe 8%
39. Flow Channel 7%
40. Aero-Engines 7%
41. Cavity 7%
42. Turbulence 7%
43. Flow Measurement 6%
44. Reynolds-Averaged Navier-Stokes 6%
45. Phase Angle 6%
46. Steady State Simulation 6%
47. Supports 6%
48. Bionics 6%
49. Strain Gage 6%
50. Noise Source 6%