Professor James A P Norman

Engineering

1. Engineering 100%
2. Hydraulics 90%
3. Structural Engineer 69%
4. Scheme Design 60%
5. Design Guide 60%
6. Input Motion 54%
7. Design Process 53%
8. Civil Engineering 45%
9. Ground Movement 45%
10. Early Stage 39%
11. Strength Development 37%
12. Compressive Strength 37%
13. Compression Strength 37%
14. Dynamic Response 35%
15. Embodied Carbon 32%
16. Structural Design 30%
17. Life Cycle Assessment 30%
18. Test Rig 30%
19. Energy Modelling 30%
20. Composite Floor 30%
21. Construction Types 30%
22. Fracture Behavior 30%
23. Elastic Range 30%
24. Platform Type 30%
25. Embedment 30%
26. External Wall 30%
27. Double Pendulum 30%
28. Environmental Benefit 30%
29. Design Engineering 30%
30. Life Cycle Analysis 30%
31. Design Guidance 30%
32. Parallel Connection 30%
33. Presumption 30%
34. Applicability 30%
35. Eurocodes 30%
36. Good Agreement 30%
37. Single Pulse 30%
38. Excitation Condition 30%
39. Transients 30%
40. Angular Velocity ω 30%
41. Angular Momentum 30%
42. Closed Form Solution 30%
43. Analytical Model 30%
44. Consistency Test 30%
45. Reduced Order Model 30%
46. Experimental Exploration 30%
47. Aspect Ratio 30%
48. Finite Element Analysis 30%
49. Secondary Schools 30%
50. Floor System 30%