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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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Microhardness 22 186 Microstress 41 62 221 Miner rule 197 Moees 112 Molinari 69 Monte Carlo method 308 Mooney 221 Moreau 91 Moret — Bailly 258 Morrow 191 Moussy 172 Mroz 112 230 Mulhaus 114 Multifragmentation 362 364 Murakami 4 Needleman 141 176 Negative part 13 15 Neuber method 147 150 152 155 201 244 Newton — Raphson method 94 124 Nguyen, Q.S. 91 Nocedal 123 Non-local damage model 114 344 Nonlinear accumulation 280 Normality rule 9 177 222 Norton law 43 98 233 244 245 248 254 255 258 Oh 112 Ohno 230 Onat 4 Ortiz 270 Ozbolt 113 Palmgreen — Miner rule 195 215 229 280 302 PAMCRASH 2000 268 Panoskaltsis 317 Papadopoulos 317 Parameter, necking 35 Parameter, viscosity 50 128 265 Paris law 293 Perturbation 69 103 Phoenix 362 Pietruszczak 112 Pijaudier — Cabot 113 Pilvin 122 Pineau 191 215 321 Piola — Kirchhoff 167 221 Plastic, corrector 92 96 Plastic, hinges 160 181 255 Poisson process 365 Polymers 13 75 167 275 Porosity 176 Positive part 13 15 Post-buckling 158 255 Post-processing analysis 78 85 115 214 Post-processor DAMAGE 2000 119 301 305 311 Potential of dissipation 9 26 42 45 222 Powders 176 Pre-stress 234 346 Predamaged 184 227 272 312 Predeformed 184 227 272 312 Principle of strain equivalence 8 10 11 42 Principle, second 9 Probabilistic safety margin 335 Proportional loading 82 160 Quasi-brittle materials 321 339 R-curve 153 Rabotnov 5 233 Ragueneau 345 346 350 Ramtani 44 Random loading 297 314 Representative volume element 75 Rey 221 Rice 66 141 Riks 94 Rocks 364 Rousselier 112 176 Rousset 190 Roux 23 Rubber 86 223 Rudnicki 66 Saanouni 172 Safety factor 152 208 247 292 334 Sauzay 21 34 303 315 Scale effect 281 Scatter 247 292 299 307 SED method 203 204 216 Seismic loading 350 Sensitivity 135 146 200 242 290 334 Sermage 130 134 218 262 263 300 313 Shah 2 Shakedown 210 Shanno 125 Shape function 91 Shear band 67 112 Shi 112 SIDOLO 120 132 Sidoroff 6 Signed von Mises stress 82 SIMO 91 103 Sines fatigue criterion 282 Skrzypek 233 Sliding 41 43 223 275 Small scale yielding 86 148 201 Socie 191 SQP method 123 125 Stabilized cycle 49 88 131 211 226 State potential 8 15 41 221 Steel 21 39 64 75 171 256 Steel, 2-1/4 CrMo 129 132 217 265 Steel, 316 stainless 249 Steel, 35 NCD 16 280 Steel, dual phase 64 Steel, ferritic 36 158 Steel, low carbon 187 Steel, SOLDUR 355 21 214 Steel, Weldox 460E 271 Stirrups 348 Stochastic analysis 292 297 309 323 Strain energy density 41 Strain energy density method 201 203 Strain limit curve 164 Strain localization 65 114 170 175 Strain, energy density 11 41 218 Strain, energy release rate 292 Strain, equivalence principle 8 Strain, finite 167 Strains, finite 221 Stress limit curve 165 Stress, back 45 62 231 Stress, coefficient 148 154 Stress, concentration 147 201 208 244 Stress, effective 5 8 12 13 31 34 42 104 116 119 189 322 Stress, hydrostatic 11 Stress, mean 301 Stress, nominal 148 Stress, Piola — Kirchhoff 221 Stress, ultimate 36 Stress, viscous 45 Stress, Weibull 329 Stress, yield 248 Taira rule 237 274 Tanaka 230 Tangent operator 66 72 Taylor 91 103 Thermodynamics 7 Tison 267 Toughness 74 154 292 335 Tracey 141 Triaxiality 11 34 145 150 Triaxiality function 11 86 Truesdell 168 Tvergaard 141 176 177 Two-scale damage model 283 332 UDIMET 700 alloy 193 Ultrasonic waves 17 Unified damage law 32 37 41 Variables of state 7 Vincent 190 Virely 218 Virtual work principle 91 VISCOENDO 261 262 264 Voigt 91 Von Mises criterion 10 45 von Mises equivalent stress 11 Voyiadjis 321 Wang 230 Weakest fink hypothesis 329 366 weibull 307 321 Weibull model 328 366 Weibull modulus 328 361 Weibull stress 329 Wempner 94 Woehler curve 38 64 193 279 301 313 Wright 123 Yield criterion 45 83 Yield stress 22 248 ZeBuLon 171 214 Zyczkowski 190
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