Forskningsgruppen for Bæredygtige Strukturer, Materialer og Konstruktion

Engineering

1. Design 100%
2. Elements 77%
3. Models 62%
4. Footbridges 47%
5. Floors 35%
6. Optimization 35%
7. Bearing Capacity 32%
8. Damage Detection 28%
9. Limit State 27%
10. Power Converter 27%
11. Failure (Mechanical) 26%
12. Development 26%
13. Load Model 24%
14. Serviceability 22%
15. Foundations 22%
16. Assembly 22%
17. Stochastic Approach 21%
18. Finite Element Modeling 21%
19. Mode Shape 21%
20. Structural Health Monitoring 20%
21. Joints (Structural Components) 20%
22. Characteristics 20%
23. Full Scale 20%
24. Form Finding 19%
25. Concrete Bridges 18%
26. Structural Analysis 18%
27. Design Process 17%
28. Structural Damage 17%
29. Structural System 16%
30. Fatigue Life 15%
31. Metrics 14%
32. Digital Image Correlation 14%
33. Determines 14%
34. Supports 14%
35. Estimation 14%
36. Structural Vibration 14%
37. Two Dimensional 14%
38. Strain 14%
39. Computer Simulation 13%
40. Structural Behavior 13%
41. Mechanical Properties 13%
42. Fiber 13%
43. Damping Effect 13%
44. Fields 13%
45. Applicability 12%
46. Reinforced Concrete Slab 12%
47. Aided Design 12%
48. Finite Element Calculation 12%
49. Design Code 12%
50. Design Stage 12%
51. Proof Load 12%
52. Design Tool 12%
53. Accident Prevention 12%
54. Tasks 12%
55. Experimental Result 12%
56. Modal Parameter 11%
57. Fatigue Analysis 11%
58. Multiobjective Optimization 11%
59. Damaged State 11%
60. Carbon Fibre Reinforced Polymer 11%
61. Eurocodes 11%
62. Frame 11%
63. Dynamic Behavior 11%
64. Stochastic Dynamic 10%
65. Mapping 10%
66. Material Model 10%
67. Damage Location 10%
68. Experiments 10%
69. Quantification 9%
70. Anchors 9%
71. High Performance Fiber 9%
72. Harmonics 9%
73. Demonstrates 9%
74. Influence Line 9%
75. Induced Stress 9%
76. Horizontal Force 9%
77. Point Algorithm 9%
78. Transients 9%
79. Numerical Implementation 9%
80. Room Acoustics 9%
81. Fatigue Damage 9%
82. Inverse Analysis Method 9%
83. Composite 9%
84. Induced Damage 8%
85. Illustrates 8%
86. Architectural Design 8%
87. Reduction 8%
88. Load Factor 8%
89. Friction Angle 8%
90. Reference State 8%
91. Energy Engineering 8%
92. Structural Deterioration 8%
93. Support Condition 8%
94. Test Result 8%
95. Surcharge 8%
96. Test Method 8%
97. Roofs 8%
98. Codes 8%
99. Control Strategy 7%
100. Internals 7%