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Smith R. — Smart material systems: model development
Smith R. — Smart material systems: model development



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Название: Smart material systems: model development

Автор: Smith R.

Аннотация:

This book describes several applications that exploit the unique actuator and sensor capabilities of smart material compounds. In addition to present and projected applications, this book provides comprehensive coverage of both linear and nonlinear modeling techniques necessary to characterize materials in a manner that facilitates transducer design and control development.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2005

Количество страниц: 530

Добавлена в каталог: 23.10.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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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
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