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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
$C^{n} [a, b]$      412
$H^{1}(a,b)$      419
$H^{1}_{0}(a,b)$      419
$H^{2}(a,b)$      420
$H^{2}_{0}(a,b)$      420
$L^{2}(0,T;X)$      421
$L^{2}(a,b)$      421
ABAQUS      183
Action integral      312 444
Action integral, augmented      313
Actuators, amorphous polymers      30
Actuators, cymbal      12
Actuators, inchworm      20
Actuators, ionic polymers      31
Actuators, magnetostrictive      16
Actuators, MEMS      30
Actuators, piezoelectric      7
Actuators, PVDF      28
Actuators, shape memory alloy      23
Anisotropy, definition      411
Anisotropy, magnetic, constant      164
Anisotropy, magnetic, crystal      163
Anisotropy, magnetic, cubic, hexagonal, uniaxial      163
Anisotropy, magnetic, energy      164 180
Anisotropy, magnetic, stress      163
Arrhenius relation      171
ATILA      183
Atomic Force Microscope (AFM)      13
Atomic force microscope (AFM), rod model      307—315
Atomic force microscope (AFM), shell model      349—352
Austenite      21
B sites      142
Banach space, definition      411
Barium titanate $(BiTiO_{3})$      44
Barium titanate $(BiTiO_{3})$, first-order behavior      72
Barkhausen effect      167
Basis functions, beams, cubic B-splines      393
Basis functions, beams, cubic Hermite (global)      399
Basis functions, beams, cubic Hermite (local)      397
Basis functions, Galerkin      418
Basis functions, plates, cubic B-splines      403
Basis functions, rods, global      385
Basis functions, rods, local      390
Basis functions, shells, Fourier-spline      407—408
Beams, applications      298
Beams, approximation techniques, finite element      396—402
Beams, approximation techniques, general Galerkin      393—396
Beams, models, abstract formulation      366—370
Beams, models, boundary conditions      320
Beams, models, curved      352—353
Beams, models, effective Young’s modulus      319
Beams, models, Euler — Bernoulli      315—325 354
Beams, models, force and moment balance      316—317 324
Beams, models, moment evaluation      317—320 324
Beams, models, moment of inertia      319
Beams, models, neutral line      318
Beams, models, strong form      320
Beams, models, surface-mounted patches      323—325
Beams, models, Timoshenko      306 356
Beams, models, unimorph      316—322
Bimorph, definition      411
Boltzmann, density      218 238 267 291
Boltzmann, density, Gaussian behavior      102
Boltzmann’s constant      75
Boltzmann’s relation      75 107 147 416
Borel measure      82 285
Boundary conditions, clamped or fixed, beam      320
Boundary conditions, clamped or fixed, plate      334 338
Boundary conditions, clamped or fixed, rod      309
Boundary conditions, clamped or fixed, shells      348
Boundary conditions, energy-dissipating, plate      338
Boundary conditions, energy-dissipating, rod      309
Boundary conditions, essential      334 417
Boundary conditions, free      309
Boundary conditions, free, beam      320
Boundary conditions, free, plate      334
Boundary conditions, free, shells      348
Boundary conditions, natural      334 423
Boundary conditions, shear diaphragm, plate      334
Boundary conditions, simply supported, plate      334
Boundary conditions, simply supported, shells      348
Boundary conditions, sliding end      364
Bragg grating sensors      40
Byrne — Fluegge — Lur’ye model      see "Shells" "Models"
C(0,T;X)      412
Chemical detection      32
Chemical free energy      256
Clutch design (MR fluids)      35
Coercive field, ferroelectric      47
Coercive field, ferroelectric, definition      412
Coercive field, ferroelectric, density      111
Coercive field, ferroelectric, local      101
Coercive field, magnetic, definition      412
Coercive field, magnetic, density      221
Coercive field, Preisach model      192
Coercive field, relaxor ferroelectric, temperature-dependence      151 156
Coercive stress, definition      413
Collocation method      418
Compact operator, definition      413
Compact operator, polarization model      431—433
Conduction, ferroelectric model      126
Conduction, ferroic models      292
Conduction, magnetic model      227
Conduction, shape memory alloy model      268
Congruency property, definition      196
Congruency property, homogenized energy model      232
Congruency property, Preisach model      200
Conjugate field      282
Conservation of difficulty, law of      118
Constitutive relations, beams      302—304
Constitutive relations, ferroelectric, domain wall model      95
Constitutive relations, ferroelectric, homogenized energy model      126 303
Constitutive relations, ferroelectric, Ising relation      77
Constitutive relations, ferroelectric, linear      68 302
Constitutive relations, ferroelectric, polynomial      70 72
Constitutive relations, magnetic, domain wall model      212
Constitutive relations, magnetic, homogenized energy model      228 305
Constitutive relations, magnetic, Ising relation      187
Constitutive relations, magnetic, linear      181 304
Constitutive relations, magnetic, polynomial      187
Constitutive relations, plates      303
Constitutive relations, relaxor ferroelectric, anhysteretic      144
Constitutive relations, relaxor ferroelectric, domain wall model      152
Constitutive relations, relaxor ferroelectric, homogenized energy model      154
Constitutive relations, rods      303—305
Constitutive relations, shape memory alloys, domain wall model      261
Constitutive relations, shape memory alloys, homogenized energy model      270 305
Constitutive relations, shells      303—304
Convection, ferroelectric model      126
Convection, ferroic models      292
Convection, magnetic model      227
Convection, shape memory alloy model      268
Coordinates, area      383
Coordinates, shell      341
Crystallographic notation      161
Curie point, definition      413
Curie point, ferroelectric      44 70
Curie point, ferroic      283
Curie point, magnetic      186
Curie point, magnetic, material values      165
Curie point, PZT      48
Curie point, relaxor ferroelectric, global      148
Curie point, relaxor ferroelectric, local      146 148
Curie temperature, definition      414
Curie temperature, ferroelectric      72
Curie temperature, ferroic      283
Curie temperature, shape memory alloys      254
Curie — Weiss law      142 414
C[a,b]      412
D Field, definition      414
D Field, measurement      414
Degree of precision, definition      376 414
Degree of precision, Gaussian formulae      377 384
Degree of precision, Newton — Cotes formulae      376
Deletion property, definition      196
Deletion property, homogenized energy model      233
Densities, ferroelectric, behavior illustrated      113
Densities, ferroelectric, general densities      114
Densities, ferroelectric, lognormal and normal      115
Densities, ferroic      293
Densities, magnetic, general      221
Densities, magnetic, lognormal and normal      222
Densities, micropolar regions      146
Densities, shape memory alloys, general      270
Densities, shape memory alloys, lognormal and normal      270
Density values, PZT, PVDF      28
Density values, Terfenol-D      307
Depolarizing held      45
Differential, definition      414
Differential, exact      414
Diffuse transition region      140
Dirac distribution      429
Dirac measure      84
Dirac sequence      109 429—430
Domain wall model, ferroelectric      84 93
Domain wall model, ferroelectric, inverse      94
Domain wall model, ferroelectric, model construction      97
Domain wall model, ferroelectric, PVDF characterization      95
Domain wall model, ferroelectric, PZT5A characterization      95
Domain wall model, ferroic      287
Domain wall model, magnetic      211
Domain wall model, magnetic, inverse      212
Domain wall model, magnetic, Terfenol-D characterization      213
Domain wall model, relaxor ferroelectric      151
Domain wall model, relaxor ferroelectric, model construction      152
Domain wall model, relaxor ferroelectric, PMN characterization      154
Domain wall model, relaxor ferroelectric, PMN-PT-BT characterization      153
Domain wall model, shape memory alloys      261
Domain wall model, shape memory alloys, NiTi characterization      262
Domain walls, ferroelastic      252 417
Domain walls, ferroelectric      46 417
Domain walls, ferroic      278
Domain walls, ferromagnetic      162 417
Domains, ferroelastic, definition      252 417
Domains, ferroelectric, 180° and 90°      40
Domains, ferroelectric, definition      417
Domains, ferroic      277
Domains, ferroic, behavior illustrated      278
Domains, ferromagnetic      101
Domains, ferromagnetic, 180° and 90°      162
Domains, ferromagnetic, closure      162
Domains, ferromagnetic, definition      417
Domains, ferromagnetic, rotation and translation      167
Donnell — Mushtari model      see "Shells" "Models"
Duality product      366
Effective field, ferroelectric      86 137 145
Effective field, magnetic      209
Effective field, magnetic, stress-effects      213
Effective stress      270
Eigenvalue problem, rod model      388
Einstein summation convention, definition      416
Einstein summation convention, useage      55
Electromechanical coupling factor      67
Electromechanical coupling factor, magnetic material values      165
Electromechanical coupling factor, PZT, PVDF values      28
Electrorheological (ER), elastomers      36
Electrorheological (ER), fluids      34—36
Electrostriction, definition      416
Electrostrictive MEMs      299
Energy, elastic      253
Energy, ferroelectric, exchange      75
Energy, magnetic, anisotropy      164 180
Energy, magnetic, exchange      164 179 185
Energy, magnetic, magnetoelastic      180
Energy, magnetic, magnetostatic      180
Enthalpy (specific), ferroelectric model      126
Enthalpy (specific), magnetic model      227
Enthalpy (specific), shape memory alloy model      268
entropy      59 75
Entropy, Boltzmann’s relation      416
Entropy, definition      416
Entropy, inicropolar region      147
Entropy, specific, shape memory alloys      254 256
Euler hypothesis      306
Euler — Lagrange equations      440—442 444
Exchange energy, ferroelectric      75
Exchange energy, magnetic      164 179 185
Fabry — Perot strain sensors      39
Falk model, shape memory alloys      254
Faraday — Lenz law, computation of B      422
Faraday — Lenz law, computation of M      213 423
FEMLAB      183
Ferroelastic materials, definition      417
Ferroelectric materials, ferroelastic switching      47
Ferroelectric materials, ferroelectric switching      47
Ferroelectric materials, hysteresis      50
Ferroelectric materials, material behavior      44—54
Ferroelectric materials, models (linear), constitutive relations      55—64
Ferroelectric materials, models (linear), electromechanical coupling factor      67
Ferroelectric materials, models (linear), energy formulation      58—63
Ferroelectric materials, models (nonlinear), domain wall      84—98
Ferroelectric materials, models (nonlinear), energy relations      69—79
Ferroelectric materials, models (nonlinear), Ginzburg — Landau      133—135
Ferroelectric materials, models (nonlinear), homogenized energy model      98—132
Ferroelectric materials, models (nonlinear), Preisach      80—84
Ferroelectric materials, poled polycrystalline      49
Ferroic materials, definition      275
Ferroic materials, material behavior      277—280
Ferroic materials, unified models, domain wall      287
Ferroic materials, unified models, homogenized energy model      293
Ferroic materials, unified models, Preisach      285
Ferromagnetic materials      see "Magnetic"
Ferromagnetic shape memory alloy (FSMA)      4 16 244
Fiber optic sensors      36—41
Finite elements, beams, global matrices      398—402
Finite elements, beams, local basis elements      397
Finite elements, beams, local matrices      396—398
Finite elements, rods, global matrices      391—392
Finite elements, rods, Hamiltonian formulation      390
Finite elements, rods, local basis elements      389—390
Finite elements, rods, local matrices      391
Finite elements, special case of Galerkin      417—419
First law of thermodynamics      58
First-order phase transition, ferroelectric      72
First-order phase transition, order parameter      282
First-order phase transition, shape memory alloys      254
First-order phase transition, shape memory alloys, behavior      257
Frechet differential      440
Freezing temperature      142
Freezing temperature, model      149
Galerkin methods, beams      393—396
Galerkin methods, general description      417—419
Galerkin methods, plates      403—405
Galerkin methods, rods      385—388
Galerkin methods, shells      406—409
Galfenol      16
Gateaux differential      439
Gelfand triple      366
Generalized force and momenta      444
Gibbs energy, elastic      63
Gibbs energy, ferroelectric      63 69 100
Gibbs energy, ferroelectric, behavior illustrated      71 74 79 102
Gibbs energy, ferroelectric, electromechanical      69 94 126
Gibbs energy, Gibbs energy, ferroic      282 289
Gibbs energy, magnetic      184
Gibbs energy, magnetic, behavior illustrated      220
Gibbs energy, magnetic, magnetomechanical      182 216 227
Gibbs energy, relaxor ferroelectric      144 149
Gibbs energy, shape memory alloys      254 265
Gibbs energy, shape memory alloys, behavior illustrated      265
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