Narmin Hushmandi

Engineering

1. Numerical Analysis 100%
2. Main Flow 72%
3. Computational Fluid Dynamics 70%
4. Rotors 66%
5. High Pressure 40%
6. Turbine 40%
7. Numerical Analysis 40%
8. Cogeneration Combined Cooling Heating Power 40%
9. Condenser 40%
10. Electric Power Plant 40%
11. District Heating 40%
12. Design Analysis 40%
13. Liquid Hydrogen 40%
14. Takeoff 40%
15. Turbofan Engines 40%
16. Hydrogen Fuel 40%
17. Gas Turbine 40%
18. Exit Flow 40%
19. One Dimensional 40%
20. Incidence Angle 40%
21. Simulation Mode 40%
22. Flat Plate 40%
23. Leakage Flow 38%
24. Dimensional Analysis 32%
25. Pressure Distribution 32%
26. Computer Simulation 31%
27. Power Output 30%
28. Pressure Loss 30%
29. Rotational Speed 26%
30. Cruise Condition 26%
31. Design Value 26%
32. Design Point 25%
33. Numerical Computation 24%
34. Exhaust Loss 20%
35. Electrolyzer 20%
36. Exit Mach Number 20%
37. Experimental Result 20%
38. Common Practice 20%
39. Main Factor 20%
40. Absolute Value 20%
41. Angle of Incidence 20%
42. High Reynolds Number 20%
43. Axial Force 19%
44. Rotational 19%
45. Two Dimensional 19%
46. Frequency Domain 19%
47. Fuel System 13%
48. Design Condition 13%
49. Centrifugal 13%
50. Initial Design 13%