Risk Methods and Analysis

Engineering

1. Microreactor 100%
2. Oak Ridge 50%
3. Heat Pipes 49%
4. Artificial Intelligence 44%
5. Reactor Design 34%
6. Learning System 33%
7. Fission Product 30%
8. Safety Analysis 28%
9. Thermal Fluid 22%
10. High Temperature Gas Reactors 22%
11. Computational Fluid Dynamics 22%
12. Recalibration 22%
13. Hybrid Energy System 22%
14. Reactor Safety 22%
15. Setpoints 22%
16. Safety Review 22%
17. Manufacturing Material 22%
18. Fuel Element 22%
19. Layer Coating 22%
20. Review Process 22%
21. Simplifies 22%
22. Pebble Bed Reactor 22%
23. Nuclear Material 22%
24. Advanced Manufacturing 22%
25. Additive Manufacturing 22%
26. Status Report 22%
27. T Cell Receptor 22%
28. Additive Manufacturing Process 22%
29. Predictive Capability 22%
30. Technical Solution 22%
31. Design Process 22%
32. Nuclear Energy 19%
33. Burnup 18%
34. Reactor Operation 18%
35. Calibration Check 17%
36. Nuclear Security 14%
37. Small Modular Reactor 14%
38. Visualization Pipeline 11%
39. Laser Powder Bed Fusion 11%
40. Data Visualization 11%
41. Additive Manufacturing Technology 11%
42. Collected Data 11%
43. Direct Observation 11%
44. Tensile Property 11%
45. Test Campaign 11%
46. Larger Quantity 11%
47. Printing Process 11%
48. Nuclear Facility 10%
49. Nuclear Power Plant 9%
50. Operation and Maintenance Cost 9%
51. Operating Parameter 9%
52. Neutronics 9%
53. Transients 8%
54. Safety Feature 8%
55. Release Rate 8%
56. Reactor Core 8%
57. Initial Assessment 8%
58. Source Term 8%
59. Control System 8%
60. Illustrates 8%
61. Positivity 7%
62. Cogeneration 7%
63. Major Feature 7%
64. Nuclear Reactor 7%
65. Modular Construction 7%
66. Lifecycle 7%
67. Regulatory Requirement 6%
68. Heat Balance 6%
69. Control Option 6%
70. Thermal Hydraulics 6%
71. Energy Systems 5%
72. Quality Control 5%
73. Simulation Program 5%
74. Simulation Tool 5%
75. Design Aspect 5%
76. Design Basis 5%