Professor Julian D Booker

Engineering

1. Hydroelectric Energy 100%
2. Hydropower Plant 74%
3. Creep 74%
4. Shrink Fit 60%
5. Rotors 57%
6. Structural Integrity 54%
7. Permanent Magnet 54%
8. Electrical Machine 50%
9. Finite Element Analysis 47%
10. Flow Rate 44%
11. Flow Velocity 44%
12. Concept Design 42%
13. Gurney Flap 40%
14. Landing Gear 40%
15. Finite Element Modeling 40%
16. Energy Engineering 38%
17. Fatigue Design 37%
18. Probabilistic Approach 36%
19. Insulation System 36%
20. Rotorcraft 36%
21. Power Loss 31%
22. Infrastructure 31%
23. Coefficient of Friction 31%
24. Friction Coefficient 31%
25. Flexure 30%
26. Subsystems 28%
27. Design Method 27%
28. Holding Torque 27%
29. Energy Project 27%
30. Leaf Springs 27%
31. Design Technique 27%
32. Damage Assessment 27%
33. Inverter 27%
34. Propeller 27%
35. Safe Life 24%
36. Fatigue Analysis 22%
37. Probabilistic Design 20%
38. Landing Gear (Aircraft) 20%
39. Full Scale 20%
40. Local Manufacture 20%
41. Design Change 20%
42. Test Result 20%