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Lemaitre J., Desmorat R. — Engineering Damage Mechanics: Ductile, Creep, Fatigue and Brittle Failures
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Название: Engineering Damage Mechanics: Ductile, Creep, Fatigue and Brittle FailuresАвторы: Lemaitre J., Desmorat R. Аннотация: Engineering Damage Mechanics is deliberately oriented toward applications of continuous damage mechanics to failures of mechanical and civil engineering components in ductile, creep, fatigue and brittle conditions depending upon the thermomechanical loading and the materials: metals and alloys, polymers, elastomers, composites concretes. Nevertheless, to help engineers, researchers, beginners or not, the first two chapters are devoted to the main concepts of damage mechanics and to the associated computational tools.
Язык: Рубрика: Технология /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2005Количество страниц: 380Добавлена в каталог: 16.11.2009Операции: Положить на полку |
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98 106 ABAQUS 175 187 261 264 362 Accumulated plastic strain 10 Accumulation of damage 196 Adaptation 211 Adiabatic 255 Aifantis 113 317 Albert 277 Allix 2 356 Aluminum 175 190 Aluminum alloy 267 Amar 135 Analysis, fully coupled 213 Analysis, post-processing 214 Analysis, stochastic 323 Andrade 233 Anisotropy 21 Anisotropy, composites 344 Anisotropy, damage 4 Anisotropy, induced 44 51 111 Anisotropy, plastic 189 Armstrong — Frederick 46 229 Arrhenius 255 ASTREE 26 219 Asymptotic fatigue limit 29 37 61 64 278 282 Babuska 112 Ballistic limit 272 Ballistic limit curve 272 Batdorf 321 Bathias 282 Bauschinger 277 Bazant 112—114 321 Belytschko 112 114 Benallal 65 69 77 97 230 258 Bennani 267 Berstad 269 Berthaud 18 44 Besson 97 103 105 172 214 BFGS method 125 Bifurcation 66 Billardon 22 65 77 88 97 117 174 184 187 258 Bish 352 Borvik 269 Boussinesq 315 Broyden 125 Buckling 158 Bur let 230 Cailletaud 230 Calloch 64 190 230 Cano 70 Cantournet 221 Carbon-fiber/epoxy-resin 358 Carmet 303 CASTEM 348 Ceramic 364 Ceramic matrix composites 361 Cerruti 315 Chaboche 4 10 233 281 Chaudonneret 245 Chow 4 Chranowski 233 Chrysochoos 28 Chu 177 Claise 23 Clausius — Duhem inequality 9 Coffin 191 Coin 352 Coleman 330 COMPOSITES 2 13 339 346 361 Concrete 13 343 346 364 Condition, consistency 10 43 46 340 Condition, Kuhn — Tucker 10 Condition, quasi-unilateral 12 33 Consistent tangent operator 92 111 Constitutive equations 8 45 46 Convergence 99 103 111 Cordebois 6 172 CORRELI 23 Cough 277 Cox 315 Crack, arrest 152 208 336 Crack, initiation 27 33 65 Crack, orientation 73 Crash 267 creep 237 Creep-damage 33 233 240 255 Creep-fatigue 237 239 251 262 Crisfield 94 Criterion of debonding 327 Criterion, Dang Van 282 Criterion, Hill 268 Criterion, rupture 324 Criterion, Sines 282 Criterion, von Mises 10 45 Criterion, yield 45 83 Croix 267 Cross identification 132 166 178 181 Curtin 362 Curve, isochronous 236 Curve, Manson — Coffin 192 193 Curve, Woehler 38 64 193 Cyclic plasticity 202 DAMAGE 2000 119 305 311 Damage criterion 339 Damage, accumulation 196 217 287 302 Damage, anisotropic 5 15 18 34 40 57 59 75 80 171 343 Damage, criterion 65 171 339 344 Damage, critical 31 65 Damage, definition 3 Damage, equivalent strain 326 Damage, equivalent stress 11 79 157 166 188 324 328 Damage, hydrostatic 6 Damage, interface 358 Damage, isotropic 5 10 52 53 55 75 80 Damage, multiplier 340 Damage, parameters 47 78 138 340 343 Damage, quasi-brittle 33 183 339 Damage, tensorial 4 Damage, threshold 27 43 76 130 161 300 Dang Van 315 de Borst 114 Deep drawing 170 delamination 345 356 Denoual 364 367 Deperrois 315 Desmorat B. 345 Desmorat R. 14 34 97 105 172 214 221 263 Digital image correlation 23 Dissipation 43 60 70 222 distribution 26 278 309 365 Distribution, Gaussian 113 323 Doghri 65 77 88 97 117 174 Dolbow 112 Doudard 64 Dragon 345 Dube 354 Dufailly 17 22 48 50 135 143 Dynamic plasticity 142 234 248 255 Earthquake 351 Effective elastic energy density 12 34 85 Effective triaxiality function 81 Effective volume 329 366 EFICOS 354 Elastic predictior 117 Elastic predictor 95 Elasticity change 17 54 178 Elasto-(visco-)plasticity 27 45 53 55 57 59 78 267 Elastomers 221 274 Elementary layer 345 Elshelby 120 Energy density 218 Energy density, release rate 10 12 32 80 Energy, stored 8 9 27 38 41 197 Engel 2 Engineering fatigue limit 36 278 282 Eshelby 62 116 316 Eshelby — Kroener law 62 116 284 315 Evans 321 Exponential law 98 Extrusion 172 Fairbarn 277 Fatigue, mean stress effect 62 81 287 295 Fatigue, multilevel 216 Fatigue, non-proportional 305 Fiber bundle 330 Findley 317 Finite strains 167 221 Fletcher 125 Florez-Lopez 181 Forest 114 Forge 2 174 Forming limits 170 Fragmentation 366 frames 181 271 351 Francois 190 230 Friction 221 223 Fully coupled analysis 213 Galtier 64 312 Ganczarski 233 Gatuingt 346 Gauss — Newton method 124 Gaussian distribution 113 323 Geomaterials 176 Geymonat 65 Gibbs energy 345 356 Gibbs potential 8 343 357 Gibbs specific free enthalpy 343 Glass 364 Golfarb 125 Goodman diagram 280 Gradient effect 316 Grange 173 305 Green — Lagrange 167 221 Griffith 321 Gupta 190 Gurson 176 Halford 191 Halm 345 Hardening, isotropic 8 45 Hardening, kinematic 8 45 82 Hart — Smith 221 Hayhurst 77 233 heat capacity 8 70 Helmholtz potential 8 70 339 340 Hencky — Mises 150 161 203 Henstenburg 362 hessian 123 125 Hild 23 321 322 329 361 364 367 Hill 66 189 268 Homogenization 61 317 369 Hopperstad 269 Hult 1 233 Hydrostatic sensitivity parameter 6 Hyperelasticity 221 275 Identification 47 64 120 127 135 Image correlation 23 138 185 impact 269 366 Impact loading 366 Implicit scheme 96 117 IN 100 stainless alloy 236 262 Inconel alloy 48 Initial defect 307 322 Interface damage 358 Interface equivalent stress 327 Internal friction 41 Internal sliding 41 43 223 275 Intrusion-extrusion 281 Jacobian 124 Jacobian matrix 100 107 Jacobian terms 101 Jaumann 168 Johnson — Cook 270 Jump procedure 88 Kachanov 1 3 233 235 Kirchhoff — Love 304 Klingele 2 Krajcinovic 4 330 Kroener 62 116 120 Kuhn — Tucker condition 10 Kurtyka 190 230 Laborderie 341 353 354 Ladeveze 3 11 14 168 213 341 345 Lambert — Diani 221 Laminates 345 356 Langseth 269 Lapra 224 Large scale yielding 166 245 Larsson 361 Lauro 267 Law, conduction 70 Law, elasticity 10 14 70 Law, evolution 70 Law, exponential 51 98 Law, Hencky — Mises 150 161 Law, Norton 51 98 244 245 248 254 255 258 Law, Paris 293 Law, state 9 70 Law, unified damage 32 37 41 Le Dantec 341 346 Lechatelier 277 Leckie 4 77 233 261 361 Lemaitre 1 8 11 14 33 77 120 263 Levenberg — Marquardt method 125 LeVeque 359 Limit analysis 166 181 Limit curve 172 Lin 114 Lin — Taylor 120 Localization limit curve 171 Localization, Eshelby — Kroener law 62 116 284 315 Localization, limiters 112 350 Localization, tensor 316 Lorentz 114 LS-DYNA 271 Luong 64 Mac Clintoch 141 Manson 191 Manson — Coffin curve 192 193 Maraging steel 281 Marigo 339 Mariott 261 Marquis 137 190 230 Matrix, Jacobian 100 107 Matrix, sensitivity 135 146 200 242 290 334 Maugin 168 Mazars 44 73 321 326 350 354 McClintock 321 Melenk 112 Mesocrack initiation 27 31 34 65 Method, BFGS 125 Method, Gauss — Newton 124 Method, Levenberg — Marquardt 125 Method, Monte Carlo 309 Method, Neuber 147 150 152 155 201 244 Method, Newton 94 124 Method, SQP 123 125 Meyers 190 Microdefects closure 12 171 288 324 Microdefects closure, effect 55 59 341 Microdefects closure, parameter 13
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