Tomasz Duda

Engineering

1. Automotives 100%
2. Turbocharger 90%
3. Pressure Compressor 71%
4. Characteristics 68%
5. Engine 63%
6. Turbine Inlet Temperature 48%
7. Models 48%
8. Cycles 45%
9. Rankine 45%
10. Experimental Investigation 45%
11. Computational Fluid Dynamics 45%
12. Frequency Ranges 45%
13. Air Mixture 45%
14. Flow Condition 45%
15. Capacitance 45%
16. Heat Transfer 45%
17. Efficiency 28%
18. Housing 27%
19. Fast Fourier Transform 22%
20. Pressure Sensor 22%
21. Average Value 22%
22. Outlet Pressure 22%
23. Coefficient of Variation 22%
24. High Speed 18%
25. Low Speed 18%
26. Weak Link 18%
27. Impeller 18%
28. Steady Flow 18%
29. Compression Pre 18%
30. Surge Line 18%
31. Steam 17%
32. Loop Mode 15%
33. Choke Line 15%
34. Closed Cycle 15%
35. Centrifugal Compressor 15%
36. Shaft Work 14%
37. Turbine 12%
38. Permanent Magnet Motor 11%
39. Engine Downsizing 9%
40. Thermal Model 9%
41. Compressor Efficiency 9%
42. Exhaust Back-Pressure 9%
43. Gate Valve 9%
44. Control Strategy 9%
45. Compressor Rotor 9%
46. Gas Flow 9%
47. Accuracy 9%
48. Stages 9%
49. Specific Fuel Consumption 9%
50. Codes 9%