SDU Mechanical Engineering

Engineering

1. Modal Analysis 100%
2. Modal Parameter 82%
3. Finite Element Analysis 65%
4. Finite Element Modeling 58%
5. Compressed Air Motors 57%
6. Structural Health Monitoring 54%
7. Welds 42%
8. Harmonics 41%
9. Energy Engineering 36%
10. Selective Catalytic Reduction 35%
11. Joints (Structural Components) 33%
12. Fatigue Life 30%
13. Mode Shape 30%
14. Eigenfrequencies 29%
15. Resonant Frequency 29%
16. Energy Conservation 28%
17. Offshore Wind Turbines 28%
18. Full Scale 28%
19. Nodes 27%
20. Proportionality 25%
21. Energy Efficiency 24%
22. Fatigue Life Prediction 23%
23. Time Domain 23%
24. Fatigue Assessment 23%
25. Principal Components 22%
26. Condition Monitoring 22%
27. Degree of Freedom 22%
28. Parameter Estimation 22%
29. Experimental Result 22%
30. Stiffened Plate 21%
31. Drone 20%
32. Learning System 20%
33. Frequency Response Function 20%
34. Environmental Parameter 20%
35. Phase Change Material 19%
36. Boundary Condition 19%
37. Parameter Estimate 19%
38. Composite Material 18%
39. Damage Detection 17%
40. Damping Matrix 16%
41. Nonlinear System 16%
42. Nonlinear Regression 16%
43. Jacket Structure 16%
44. Exchanger 16%
45. Robot 15%
46. Beam-Column 15%
47. Feature Extraction 15%
48. Nonlinear Behavior 14%
49. Structural Dynamics 14%
50. Stiffness Matrix 14%
51. Cantilever Beam 13%
52. Fluid Flow 13%
53. Nonlinearity 13%
54. Ventilation System 13%
55. Component Analysis 12%
56. Cross Section 12%
57. Transients 12%
58. Thermal Energy Storage System 12%
59. Operational Condition 12%
60. Limitations 12%
61. Damping Ratio ζ 12%
62. Test Bench 11%
63. Numerical Modeling 11%
64. Stress State 11%
65. Performance Analysis 11%
66. Phase Shift 11%
67. Measurement Data 11%
68. Acoustic Emission 11%
69. Automotives 11%
70. Frequency Domain 11%
71. Fatigue Damage 11%
72. Thermal Performance 11%
73. Offshore Structure 11%
74. Carbon Composite 11%
75. Dimensional Model 11%
76. Spring Stiffness 11%
77. Modal Analysis Method 10%
78. Air Flow 10%
79. Confidence Interval 10%
80. Optimization Approach 10%
81. Experimental Investigation 10%
82. Mixers (Machinery) 10%
83. Hulls (Ship) 10%
84. Circularity 10%
85. Supporting Structure 10%
86. Value Creation 10%
87. High Resolution 10%
88. Shape Memory Alloy 10%
89. Box Girder 10%
90. Linear Time Invariant 10%
91. Ultrasonics 10%
92. Production Volume 10%
93. Lawn Mowers 10%
94. Stress Range 10%
95. Piston Pump 10%
96. Cargo Ships 10%
97. Propeller 10%
98. Optimised Design 9%
99. Single Degree 9%
100. Computational Fluid Dynamics 9%