|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Smith R. — Smart material systems: model development |
|
|
|
| Предметный указатель |
PMN (lead magnesium niobate), properties 140
Polarization, anhysteretic, temperature-dependence 150
Polarization, definition 425
Polarization, irreversible 90
Polarization, measurement technique 425
Polarization, models see "Ferroelectric materials models"
Polarization, operator, compactness 431—433
Polarization, operator, continuity 434—435
Polarization, operator, definition 113 431
Polarization, remanent, definition 425
Polarization, reversible 92
Polarization, saturation 74
Polarization, saturation, definition 426
Polarization, saturation, temperature-dependence 149
Polarization, spontaneous 45
Polarization, spontaneous, definition 426
Polarization, switching 88 89 425
Poling 425
Polymers, amorphous 30
Polymers, ionic 31—33
Polymers, semicrystalline 28
Polyvinylidene fluoride see "PVDF"
Potential energy, beam 397
Potential energy, particle 443
Potential energy, rod 312 390
Preisach model, accommodation (reptation) 203
Preisach model, after-effects 202
Preisach model, coercive and interaction fields 192
Preisach model, congruency 195
Preisach model, deletion 195
Preisach model, density identification 197
Preisach model, ferroelectric 80
Preisach model, ferroic 285
Preisach model, inverse 207
Preisach model, kernel, classical 82 193
Preisach model, kernel, energy-based 203
Preisach model, kernel, Krasnoselskii — Pokrovskii (K — P) 83 204
Preisach model, kernel, piecewise linear 205
Preisach model, magnetic 189—208
Preisach model, noncongruency 200
Preisach model, plane 81 191
Preisach model, relation to homogenized energy framework 236
Preisach model, reversibility 199
Preisach model, shape memory alloys 258
Preisach model, switching times 82
Pseudoelastic SMA behavior 22 246
PVDF (polyvinylidene fluoride) 7 28
PVDF (polyvinylidene fluoride), characterization 97
PZT (lead zirconate titanate), applications 7—15
PZT (lead zirconate titanate), characterization, domain wall model 95
PZT (lead zirconate titanate), characterization, homogenized energy model 127—130
PZT (lead zirconate titanate), linear constitutive relations 68
PZT (lead zirconate titanate), material properties 48
Quadrature techniques, Gaussian formulae, 1-D intervals 114 377—381
Quadrature techniques, Gaussian formulae, rectangular domains 382
Quadrature techniques, Gaussian formulae, triangular domains 382—384
Quadrature techniques, midpoint rule 375
Quadrature techniques, Newton — Cotes formulae 374—377
Quadrature techniques, Newton — Cotes formulae, accuracy 376
Quadrature techniques, Simpson’s rule 374
Quadrature techniques, trapezoidal rule 374
Quasiplastic SMA behavior 22 247
Rainbow 11
Random-layer model 143
Rayleigh — Ritz method 418
Reference surface, perturbed 356
Reference surface, rotation 354
Regularization, Tikhonov 120
Regularization, total variation 122
Relaxation time, ferroelectric 104
Relaxation time, magnetic 202 219
Relaxation time, shape memory alloys 267
Relaxor ferroelectric materials, behavior 140—143
Relaxor ferroelectric materials, local Curie points 145
Relaxor ferroelectric materials, micropolar regions 145
Relaxor ferroelectric materials, models, domain wall 152
Relaxor ferroelectric materials, models, homogenized energy model 154
Remanent, magnetization, definition 422
Remanent, polarization 51
Remanent, polarization, definition 425
Remanent, strain, definition 426
Residual strain 246
Resultants - definition 426
Riesz map 366
Rods, applications 299
Rods, approximation techniques, finite element 389—392
Rods, approximation techniques, general Galerkin 385—387
Rods, models 307—315
Rods, models, boundary conditions 309
Rods, models, Hamiltonian formulation 311—314
Rods, models, Newtonian formulation 308—311
Rods, models, strong formulation 309—310
Rods, models, validation for AFM 314—315
Rods, models, weak formulation 310—311 313
Saturation, magnetization, definition 426
Saturation, magnetization, material values 165
Saturation, magnetostriction, material values 165
Saturation, polarization 74
Saturation, polarization, definition 426
Saturation, polarization, temperature-dependence 149
Sawyer tower 55 425
Scanning Tunneling Microscope (STM) 13
Second law of thermodynamics 59
Second-order phase transition, ferroelectric 70
Second-order phase transition, magnetic 170
Second-order phase transition, order parameter 282
Semigroups, beam 369
Sensors, Bragg grating 40
Sensors, Fabry — Perot 39
Sensors, fiber optic 36—41
Sensors, Mach — Zehnder Interferometers 38
Sensors, PVDF 28
Sensors, torque 15
Sesquilinear forms, beam 366
Sesquilinear forms, shell 371
Shape memory alloys (SMA) 21
Shape memory alloys (SMA), applications 23—27 295
| Shape memory alloys (SMA), biased minor loops 252
Shape memory alloys (SMA), elastic response 247
Shape memory alloys (SMA), Falk model 254
Shape memory alloys (SMA), ferroelastic behavior 247
Shape memory alloys (SMA), Gibbs energy 254 265
Shape memory alloys (SMA), Helmholtz energy 254—256 264
Shape memory alloys (SMA), Helmholtz energy, first-order behavior 257
Shape memory alloys (SMA), hysteresis losses 253
Shape memory alloys (SMA), material behavior 21—23 244—253
Shape memory alloys (SMA), microactuators 26
Shape memory alloys (SMA), models, domain wall 259—263
Shape memory alloys (SMA), models, homogenized energy model 263—274
Shape memory alloys (SMA), models, Preisadi 258—259
Shape memory alloys (SMA), phase transformations, stress-induced 246
Shape memory alloys (SMA), phase transformations, temperature-induced 245
Shape memory alloys (SMA), plastic strains 249
Shape memory alloys (SMA), Preisach model 258
Shape memory alloys (SMA), pseudoelastic behavior 22 246
Shape memory alloys (SMA), quasiplastic behavior 22 247
Shape memory alloys (SMA), rate-dependence 251
Shape memory alloys (SMA), shape memory effect (SME), one-way 22 247
Shape memory alloys (SMA), shape memory effect (SME), two-way 250
Shape memory alloys (SMA), superelastic behavior 22 246
Shape memory alloys (SMA), training 249
Shape memory alloys (SMA), wires and tendons 300
Shape memory effect (SME), ferroelectric 52
Shape memory effect (SME), shape memory alloys 22 247—251
Shells, applications 295
Shells, approximation techniques, cylindrical 400—409
Shells, models, boundary conditions 348
Shells, models, Byrne — Fluegge — Lur’ye 347
Shells, models, coordinates 341—342
Shells, models, cylindrical 349—352
Shells, models, Donnell — Mushtari 347
Shells, models, force and moment balance 342
Shells, models, general development 341—348
Shells, models, reference surface 346
Shells, models, resultants 346—348
Shells, models, strain-displacement relations 344—346
Shells, models, weak formulation 351—352
Smart Wing Program (DARPA) 25
Sommerfeld units 167 281
Sonar 12 15 20 141
Space charge model 143
Spaces, observation 119 431
Spaces, parameter 119 431
Spaces, pivot 366
Spaces, state, beam model 321 306
Spaces, state, plate model 334 338
Spaces, state, rod model 310
Spaces, state, shell model 351 370
Spaces, state, THUNDER 364
Spaces, test functions, beam model 321 366
Spaces, test functions, plate model 334 338 403
Spaces, test functions, rod model 310
Spaces, test functions, shell model 351 370
Specific heat 268
Spontaneous magnetization, definition 426
Spontaneous polarization, definition 426
Stirling’s formula 75
Stochastic homogenization, ferroelectric 111
Strain, definition 427
Strain, equilibrium 260
Strain, irreversible 260
Strain, models see "Shape memory alloys (SMA) models"
Strain, normal and shear 344
Strain, remanent 426
Strain, residual 246
Strain, reversible 261
Stress, critical 266
Stress, definition 427
Stress, interaction 270
Stress, normal and shear 344
Stress, relative 266 270
Structural acoustic systems 9
Structural health monitoring 9
Sup 427
Superparaelectric behavior 142
Telephone receiver 15
Temperature, surrounding environment 126 268
Temporal discretization, rod model 387—388
Terfenol-D 16
Terfenol-D, crystal structure 166
Terfenol-D, models, domain wall 213
Terfenol-D, models, homogenized energy model 229
Terfenol-D, transducer design 16
Test functions, Galerkin 418
Thermodynamic potential 64
Thermodynamic potential, definition 427
Thunder 11 295
THUNDER, models, actuator geometry 360—362
THUNDER, models, boundary conditions 364
THUNDER, models, linear displacements 362—365
THUNDER, models, neutral surface 361
THUNDER, models, nonlinear displacements 365
Tikhonov regularization 120
Timoshenko model see "Beams models"
Torque sensor 15
Total energy 443
Transducer, definition 427
Ultrasonic motor 12
Unimorph, definition 427
Unimorph, models see "Beams models"
Variables, intensive and extensive 58
Vibration attenuation, civil structures 24
Vibration attenuation, magnetostrictive transducers 18
Vibration attenuation, membrane mirror 25
Vibration attenuation, PZT patches 8
Villari effect 15 176
von Karman model see "Plates models"
Wiedemann effect 15
Work, elastic 253
Work, ferroelectric 135
Work, magnetic 169
Work, unified relations 281
Young’s modulus, effective 319
Young’s modulus, magnetic material values 165
Young’s modulus, PZT, PVDF values 28
|
|
|
| Реклама |
|
|
|
|
|
О проекте