
Proceedings
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©2012 Civil-Comp Ltd |
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Keywords
|
M |
|
| macroseismic intensity |
295 |
| macroseismic map |
284 |
| magnetic methods |
86, 87 |
| magneto-electric composites |
41 |
| magneto-rheological damper |
278 |
| maintenance of structures |
112 |
| manufacturing imperfections |
16 |
| masonry |
117, 120, 121, 122, 123, 125, 126, 127, 235, 279, 281 |
| masonry strengthening |
199 |
| masonry vaults |
280 |
| masonry walls |
119 |
| masonry-like materials |
118 |
| mass unbalance |
210 |
| material non-linear problems |
187 |
| material usage ratio |
234 |
| materials selection |
65 |
| mathematical formulation |
286 |
| mathematical modelling |
42 |
| mathematical programming |
14, 268 |
| Matlab |
203 |
| matrix operators |
225 |
| mechanical testing |
48, 143 |
| mechanisms |
231 |
| medium velocity impact |
54 |
| membrane |
238 |
| membrane loading |
119 |
| mesh adaptation |
148 |
| meshless methods |
186, 223 |
| metaheuristic search techniques |
71 |
| metaheuristic techniques |
73, 214 |
| metal foam |
42 |
| metal plasticity |
264 |
| metal tube tearing |
170 |
| metallic honeycombs |
54 |
| metamodel |
216, 230 |
| method of fundamental solutions |
185 |
| microactuators |
231 |
| micromechanical modelling |
261 |
| micromechanics |
250 |
| micro-modelling |
116 |
| microtremor |
174, 175 |
| mid frequency |
217, 218 |
| mild steel |
112 |
| minimum weight design |
71 |
| missing column scenarios |
243 |
| mixed integer-continuous variables |
214 |
| mixed mode |
55 |
| modal analysis |
76, 80, 81 |
| modal orthogonality |
93 |
| modal parameters |
196 |
| modal response |
74 |
| mode interaction |
2 |
| mode shape |
90, 92 |
| model calibration |
80 |
| model reduction |
191, 218 |
| model updating |
107 |
| moderately thick plates |
7 |
| modular |
189, 190, 194 |
| modular skeletal system |
283 |
| moisture movement |
132 |
| moment-rotation curves |
35 |
| Monte Carlo simulation |
184 |
| Mooney-Rivling |
188 |
| moving loads |
79, 108, 225 |
| multi processing |
63 |
| multibody dynamics |
295 |
| multibody systems |
129, 139 |
| multicriterion design |
18 |
| multidisciplinary design |
56 |
| multilayered shells |
165 |
| multilevel optimization |
230 |
| multiobjective |
40, 66 |
| multiobjective optimization |
64, 65, 83, 135 |
| multiparametric strategy |
230 |
| multiphysics simulations |
255 |
| multiple fluid-filled elastic shells |
185 |
| multiple parts |
65 |
| multiple-point constraints |
251 |
| multiscale |
39, 248, 250, 252, 253, 254, 259 |
| multistorey |
191, 192 |
| Mylar |
163 |
|
N |
|
| nanoindentation |
259 |
| natural frequency |
77, 78, 98, 178, 212, 229 |
| natural mode |
178 |
| n-dimensional loading space |
269 |
| no tension material |
126 |
| no tension model |
122 |
| no tension structures |
124 |
| noise |
105 |
| noise and vibration attenuation |
208 |
| non-conforming approximation |
149 |
| non-conforming plane quadrilateral finite element |
256 |
| non-conforming thin plate bending finite element |
226 |
| non-conventional concepts |
56 |
| non-convex quadrilateral |
226 |
| non-destructive evaluation |
88 |
| non-destructive testing |
186 |
| non-domination |
40 |
| non-Gaussian noise |
184 |
| non-linear analysis |
4, 6, 10, 19, 38, 47, 151, 156, 240, 241 |
| non-linear behaviour |
48 |
| non-linear dynamic analysis |
20, 118, 169, 271, 290 |
| non-linear eigenvalue problems |
275 |
| non-linear elasticity |
260 |
| non-linear mechanical response |
32 |
| non-linear model |
281 |
| non-linear numerical analyses |
274 |
| non-linear optimisation |
84 |
| non-linear programming |
269 |
| non-linear static analyses |
290 |
| non-linear systems |
184 |
| non-linear torsion |
296 |
| non-linearity |
2, 12, 17, 35, 153, 182, 224 |
| non-local discrete model |
252 |
| non-smooth mechanics |
149 |
| non-structural appendages |
80 |
| non-uniform torsion |
296 |
| NSGA-II |
69 |
| nuclear facilities |
202 |
| numerical analysis |
5, 11, 115, 168, 265 |
| numerical methods |
118 |
| numerical modelling |
21, 42, 121 |
| numerical simulation |
116, 128, 147, 215 |
| NURBS |
220, 221, 222 |
|
O |
|
| octahedral cell |
239 |
| open and closed cross-sections |
11 |
| open section |
12 |
| open source |
203 |
| operational modal analysis |
105, 173, 180 |
| optimal contact surface |
146 |
| optimal prediction |
253 |
| optimal shakedown design |
268 |
| optimality criteria method |
207 |
| optimization |
27, 39, 60, 68, 124, 136, 201, 204, 206, 220, 231, 263 |
| optimization criteria |
294 |
| optimum design |
207, 232 |
| optimum reinforcement |
160 |
| optimum structural design |
73 |
| ordinary differential equation solver |
92 |
| organic design |
283 |
| orthogonal polynomials |
90 |
| orthotropic material model |
46 |
| out-of-plane buckling |
3 |
| out-of-plane loading |
48, 116 |
| overlay |
157 |
|