Proceedings
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©2012 Civil-Comp Ltd |
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Keywords
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D |
|
| Dacron |
136 |
| damped Newton's method |
41 |
| data dependencies |
8 |
| data driven model |
72 |
| data-intensive science |
2 |
| de Vahl Davis |
9 |
| debonding |
27 |
| decision making |
64 |
| deforming porous medium |
13 |
| Delaunay triangulation |
32, 76 |
| DendroLight® |
104 |
| dental implants |
137 |
| derivative-free |
42 |
| design of experiments |
76 |
| difference scheme |
21, 37 |
| differential evolution |
49 |
| digital mock-up |
30 |
| digital urban model |
55 |
| dilatancy |
111 |
| direction calibration |
56 |
| discontinuous metrics |
33 |
| discrete element method |
99, 107, 120 |
| discrete optimization |
52 |
| displacement measurement |
57 |
| distributed computing |
73 |
| distributed memory |
4 |
| distributed systems |
2 |
| domain decomposition |
10, 11, 90 |
| Doppler ultrasound imaging |
135 |
| dynamic over-under relaxation method |
89 |
| dynamics |
39, 41 |
|
E |
|
| earth dams |
108 |
| earthquake engineering |
12, 115 |
| eccentricity |
92 |
| efficiency index |
40 |
| elastic coupling |
82 |
| elastic plate |
97 |
| elastic-brittle-plastic rock |
111 |
| elastic-plastic characteristics |
108 |
| elastohydrodynamic line |
126 |
| elastohydrodynamic lubrication |
125 |
| electro-active polymers |
86 |
| electrohydraulic servo-drive |
77 |
| empennage |
31, 129 |
| endarterectomy |
136 |
| energy based design |
24 |
| enhanced continuum model |
93 |
| enrichment functions |
47 |
| ensemble |
72 |
| equivalent element |
103 |
| equivalent stiffness |
104 |
| error estimation |
87 |
| Eulerian description |
35 |
| exact solution |
97 |
| exaflop computing |
1 |
| expert system |
64 |
| extended finite element method |
19 |
| extended isogeometric analysis |
46, 47 |
|
F |
|
| federated network testing |
2 |
| FEM-DBEM approach |
91 |
| FETI |
11 |
| fibre reinforced polymer |
27 |
| film thickness |
126 |
| fine aggregate |
71 |
| finite difference method |
60, 81, 89 |
| finite element |
6, 11, 17, 18, 22, 25, 27, 31, 35, 75, 81, 86, 103, 105, 109, 110, 111, 114, 116, 123, 125, 130, 135, 137 |
| finite volume method |
100, 118 |
| fire |
25 |
| fixed point |
42 |
| flapping wings |
133 |
| flexible multibody systems |
82 |
| flexible wing |
132 |
| flexural moment |
29 |
| flow modeling |
117 |
| fluid flow |
9 |
| fluidization |
120 |
| fluidized bed |
127 |
| fluid-structure interactions |
116 |
| foundation |
112, 114 |
| Fourier transform |
96 |
| Fourier-based algorithm |
60 |
| fractional diffusion |
80 |
| free boundary, interface |
37 |
| free vibration |
44 |
| free volume |
126 |
| frequency domain |
102 |
| friction |
99 |
| friction coefficient |
78 |
| friction stir welding |
91 |
| full system approach |
125 |
| fuzzy project scheduling |
65 |
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