Re-shaping the Test Pyramid

Engineering

1. Test Pyramid 100%
2. Building Block 100%
3. Coupon Level 75%
4. Design of Experiments 58%
5. Composite Structure 51%
6. Length Scale 50%
7. Partial Differential Equation 46%
8. Information Gain 33%
9. Probability Density 33%
10. Likelihood Function 33%
11. Target Probability 33%
12. Uncertainty Quantification 33%
13. Engineering Application 33%
14. Multiaxial Loading 33%
15. Anisotropic 33%
16. Bayesian Approach 33%
17. Fracture Strength 33%
18. Composite Panel 33%
19. Open Hole 33%
20. Limitations 31%
21. Composite Material 29%
22. Structural Behavior 25%
23. Limit State 25%
24. Structural Detail 25%
25. Fuel Efficiency 25%
26. Knock-down Factor 25%
27. Structural Integrity 25%
28. Airframe 25%
29. Premature Failure 25%
30. Component Level 25%
31. Potential Benefit 25%
32. Cost Efficiency 25%
33. Advanced Composite 25%
34. Design Feature 25%
35. Systematic Methodology 25%
36. Cost Performance 25%
37. Strain Limit 25%
38. Multiscale Modeling 25%
39. Technological Development 25%
40. Mode I Fracture 25%
41. Material Development 25%
42. Certification Program 22%
43. Load Case 22%
44. Fem Model 22%
45. Mechanical Response 22%
46. Statistical Model 22%
47. Finite Element Modeling 22%
48. Compression Load 17%
49. Structural Probability Failure 16%
50. Monte Carlo Analysis 16%
51. Performance Analysis 16%
52. Compression Strength 16%
53. Computational Time 16%
54. Compressive Strength 16%
55. Fine Scale 16%
56. Ply Orientation 16%
57. Joints (Structural Components) 16%
58. Bayesian Fusion 11%
59. Experimental Uncertainty 11%
60. Linear Region 11%
61. Probabilistic Modeling 11%
62. Good Agreement 11%
63. Combined Tension 11%
64. Carbon Fibre Reinforced Polymer 11%
65. Co-Curing 8%
66. Resistance Welding 8%
67. Welds 8%
68. Gaussians 8%
69. Processing Parameter 8%
70. Aerospace Material 8%
71. Beam Specimen 8%
72. Thermoplastic Composite 8%
73. Double-Cantilever Beam 8%
74. Surface Preparation 8%
75. Structural Performance 6%
76. Bayesian Framework 6%
77. Design Problem 6%
78. Design Parameter 6%
79. Macroscale 6%
80. Applicability 6%
81. Solution Method 6%
82. Elasticity Equation 6%
83. Application Interface 6%
84. Finite Element Analysis 6%
85. Illustrates 6%
86. Subsurface 6%
87. Composite Application 6%
88. Linear Elasticity 6%
89. Degree of Freedom 6%