Department of the Built Environment

Engineering

1. Boundary Condition 100%
2. Modified Couple Stress 54%
3. Buckling Behavior 53%
4. State Space Approach 46%
5. Cylindrical Shell 44%
6. Buckling Load 44%
7. Porosity 41%
8. Dependent Behavior 38%
9. Quadrature Method 34%
10. Shear Deformation 33%
11. Free Vibration 32%
12. Classical Boundary Condition 32%
13. Critical Buckling Load 32%
14. Composite Cylindrical Shell 32%
15. Deformation Theory 30%
16. Directional 27%
17. Laminated Beam 27%
18. Free Vibration Analysis 27%
19. Mechanical Load 27%
20. Thermal Load 27%
21. Resonant Frequency 26%
22. Finite Element Modeling 25%
23. Hamilton's Principle 23%
24. Aspect Ratio 23%
25. Finite Element Analysis 23%
26. Geometric Parameter 22%
27. Mode Shape 22%
28. Nodes 20%
29. Order Shear Deformation Theory 20%
30. Vibration Analysis 20%
31. Fundamental Frequency 19%
32. Diaphragm 18%
33. Buckling Mode 18%
34. Elastic Support 18%
35. Knock-down Factor 18%
36. Sandwich Plate 16%
37. Design Factor 16%
38. Axial Compression 16%
39. Abaqus 16%
40. Equilibrium Condition 15%
41. Floating Offshore Wind Turbine 13%
42. Hydrogen Storage 13%
43. Storage System 13%
44. Scale Analysis 13%
45. Strain Gradient 13%
46. Mixed Formulation 13%
47. Displacement Field 13%
48. Flexural Behavior 13%
49. Frequency Analysis 13%
50. Static Analysis 13%
51. Anisotropic 13%
52. Design Consideration 13%
53. Classical Beam Theory 13%
54. Compressive Loading 11%
55. Functionally Graded Material 11%
56. Radial Direction 11%
57. Material Parameter 11%
58. Thickness Direction 10%
59. Material Distribution 10%
60. Bending Vibration 9%
61. Scale Parameter 9%
62. Length Scale 9%
63. Power Law Index 9%
64. Global Mode 9%
65. Detrimental Effect 9%
66. Coupling Effect 9%
67. Order Differential Equation 7%
68. Temperature Distribution 7%
69. Compression Load 7%
70. Global Buckling 7%
71. Beam Element 6%
72. Material Composition 6%
73. Property Ratio 6%
74. Mechanical Property 6%
75. Numerical Example 6%
76. Transverse Force 6%
77. Simply Supported Boundary Condition 6%
78. Lagrange Multiplier Method 6%
79. Poisson Ratio 6%
80. Strain Energy 6%
81. Beam Depth 6%
82. Channelling 6%
83. Axial Force 6%
84. Simply Supported Beam 6%
85. Deformation Field 6%
86. Rule of Mixture 6%
87. Third-Order Theory 6%
88. Closed Form 6%
89. Composite Beam 6%
90. Rectangular Plate 6%
91. Simply Supported Edge 6%
92. Axial Deformation 6%
93. Renewable Energy 5%
94. Semisubmersibles 5%
95. Local Buckling 5%