小野 潔

Engineering & Materials Science

1. Steel 100%
2. Piers 53%
3. Buckling 51%
4. Steel bridges 49%
5. Plastics 49%
6. Earthquakes 47%
7. Beams and girders 47%
8. Bridge piers 44%
9. Steel pipe 42%
10. Ductility 30%
11. Mechanical properties 25%
12. Footbridges 25%
13. Retrofitting 21%
14. Specifications 20%
15. Highway bridges 20%
16. Dynamic response 20%
17. Flanges 19%
18. Fibers 19%
19. Toughness 19%
20. Seismic design 18%
21. Load limits 17%
22. Composite materials 16%
23. Steel construction 15%
24. Bending tests 14%
25. Natural frequencies 13%
26. Box girder bridges 12%
27. Yield stress 12%
28. Dynamic analysis 12%
29. Arch bridges 12%
30. Shear strength 12%
31. Hysteresis 11%
32. Weldability 11%
33. Finite element method 11%
34. Concrete bridges 10%
35. Concretes 10%
36. Concrete slabs 10%
37. Reinforced concrete 10%
38. Arches 10%
39. Constitutive equations 10%
40. Bolts 8%
41. Carbon fibers 8%
42. Steel structures 8%
43. Experiments 8%
44. Stainless steel 8%
45. Redundancy 7%
46. Cracks 7%
47. Bending moments 7%
48. Aging of materials 7%
49. Welds 7%
50. Health 6%