魏 巍

Engineering

1. Blade Angle 8%
2. Blade Surface 8%
3. Blades Design 12%
4. Boundary Condition 7%
5. Brake Torque 5%
6. Braking Performance 26%
7. Braking Torque 20%
8. Cascade System 8%
9. Computational Fluid Dynamics 32%
10. Computer Simulation 9%
11. Control Strategy 5%
12. Design Method 13%
13. Design of Experiments 7%
14. Design Optimization 8%
15. Design System 6%
16. Dimensional Flow Field 6%
17. Dynamic Models 15%
18. Energy Engineering 5%
19. Filling Process 5%
20. Finite Element Method 7%
21. Flow Field 29%
22. Flow Passage 11%
23. Fluid-Structure Interaction 9%
24. Hydraulic Torque Converters 51%
25. Hydraulics 37%
26. Hydrodynamics 85%
27. Impeller 5%
28. Internal Flow 8%
29. Internal Flow Field 13%
30. Obtains 7%
31. Optimization Method 6%
32. Power Density 6%
33. Power Loss 6%
34. Proper Orthogonal Decomposition 7%
35. Retarders 100%
36. Rotating Speed 10%
37. Rotational Speed 6%
38. Rotors 13%
39. Simulation Method 14%
40. Simulation Model 10%
41. Simulation Result 14%
42. Speed Ratio 12%
43. Stall Torque 6%
44. Test Data 7%
45. Torque Converter 62%
46. Transients 30%
47. Transmissions 15%
48. Turbomachinery 6%
49. Two-Phase Flow 6%
50. Vortex 7%