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Bird R.B., Armstrong R.C., Hassager O. — Dynamics of polymeric liquids (Vol. 1. Fluid mechanics)
Bird R.B., Armstrong R.C., Hassager O. — Dynamics of polymeric liquids (Vol. 1. Fluid mechanics)



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Название: Dynamics of polymeric liquids (Vol. 1. Fluid mechanics)

Авторы: Bird R.B., Armstrong R.C., Hassager O.

Аннотация:

Dynamics of Polymeric Liquids, Second Edition Volume 2: Kinetic Theory R. Byron Bird, Charles F. Curtiss, Robert C. Armstrong and Ole Hassager Volume Two deals with the molecular aspects of polymer rheology and fluid dynamics. It is the only book currently available dealing with kinetic theory and its relation to nonlinear rheological properties. Considerable emphasis is given to the connection between kinetic theory results and experimental data. The second edition contains new material on the basis for molecular modeling, the application of phase-space theory to dilute solutions, kinetic theory of melts and melt mixtures, and network theories.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 1987

Количество страниц: 649

Добавлена в каталог: 14.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Linear-locked dumbbell      (2)21
Lines of shear      (1)155 158
Link tension coefficient      (2)311 313
Liouville equation      (2)255
Lipkina, E. H.      361 413
Lipson, J.      524
Liu, T. — J.      251
Lobo, P. F.      333
Lodge network model      (1)432 433 (2)368
Lodge network model, inception of shear flow      (2)387
Lodge network model, non-affine modification      (2)376
Lodge network model, relation to K — BKZ model      (1)440
Lodge rubberlike liquid      (1)431 483 499 (2)397
Lodge rubberlike liquid, comparison with experimental data      (1)122
Lodge rubberlike liquid, eccentric disk rheometer      (1)513
Lodge rubberlike liquid, filament stretching      (1)469
Lodge rubberlike liquid, line sink      (1)456
Lodge rubberlike liquid, rapid deformations of      (2)389
Lodge rubberlike liquid, recoil      (2)388 390
Lodge rubberlike liquid, shear flow      (1)432
Lodge rubberlike liquid, spherical film inflation      (1)458
Lodge — Meissner rule      (1)125
Lodge, A. S.      39 64 67 68 72 73 79 80 96 100 109 115 125 131 153 162 164 166 289 330 431 432 440 463 467 475 479 480 483 503 504 517 524 550 551
Lohrenz, J.      45
Loss modulus      see Dynamic moduli
Loss tangent      (1)116
Loudon, J.      85
Lubricated squeezing flow      (1)533
Lubrication approximation      (1)13 18 19 176 189
Lyche, B. C.      216
Lyon, J. B.      218
Lyons, J. W.      99 536 537
Macdonald, I. F.      121 123 125 126 172 173 467
Mackie, P.      532
Macosko, C. W.      273 335 441 451 458 469 533 535 551
Macromolecule      see Polymer
Maerker, J.      533
Malkin, A. Ya      124 139
Malkus, D. S.      454 461 462
Malvern, M. E.      480
Marchal, J.      454 461
Margenau, H.      192
Margetts, W. G.      244
Marie, V.      178
Mark — Houwink exponent      (1) 143
Markovich, P.      469
Markovitz, H.      55 157 184 279 504 517 552
Marrucci, G.      75 89 95 132 150 409 411 532
Marsh, B. D.      172 173 523
Martin equation      (1) 144
Martin, A. D.      436
Mashelkar, R. A.      220
Mass flux      (2)299 401
Mass flux, kinetic theory expression      (2)258 264 270 278 296
Mass flux, through surface      (1)559
Masuda      148
Material (time) derivative      (2)395
Material derivative      (1)9 (2)395
Material functions      (1)99—153
Material functions from kinetic theory, definitions      (2)398
Material functions from kinetic theory, FENE dumbbell      (2)80—88 90
Material functions from kinetic theory, Fraenkel dumbbell      (2)14
Material functions from kinetic theory, Hookean dumbbell      (2)73—76 94 101
Material functions from kinetic theory, in melts      (2)335 339—349
Material functions from kinetic theory, Kramers chain      (2)219
Material functions from kinetic theory, Lodge network model      (2)370 387 388
Material functions from kinetic theory, multibead-rods      (2)136
Material functions from kinetic theory, non-affine Lodge network model      (2)376
Material functions from kinetic theory, Phan — Thien and Tanner model      (2)382
Material functions from kinetic theory, rigid dumbbell      (2)123 132 138 144 145 148
Material functions from kinetic theory, Rouse model      (2)161 (see also Complex viscosity; Elongational viscosity; Normal-stress coefficients; Viscosity)
Material functions, and linear viscoelasticity      (1)264—275
Material functions, convected Jeffreys model      (1)349
Material functions, correlations for      (1) 13 9—15 3
Material functions, definitions of      (1) 114 132
Material functions, from rheometric measurements      (1)509—553
Material functions, Giesekus equation      (1)361—368
Material functions, Hassager model      (1)446—449
Material functions, K — BKZ model      (1)439
Material functions, Lodge rubberlike liquid      (1)432
Material functions, Oldroyd 4—constant model      (1)356—360
Material functions, Oldroyd 8—constant model      (1)356
Material functions, Rivlin — Sawyers model      (1)439
Material functions, Wagner model      (1)451
Mathematical formulary      (2)403
Mathys, E. F.      89
Matovich, M. A.      51
Matrizant      (1)508
Matsuhisa, S.      228 233 243
Matsumoto      244
Maxwell model      (1)258 278 285
Maxwell orthogonal rheometer      see Eccentric disk rheometer
Maxwell, B.      163 335 551
Maxwell, J. C.      258
Maxwellian velocity distribution      (2)57
Maxwellian velocity distribution, anisotropic modification of      (2)96
McClelland, M. A.      539
McComb, W. D.      88
McConnell, A. J.      597 606
McEachem, D. W.      232 235
McKelvey, J.      178 235
Mechanical energy balance      (1)552
Meissner, J.      79 120 122 125 135 136 244 440 441 509 521 529 530 531 534 535
Melts, kinetic theory of      (2)307
Melts, modeling of      (2)310 354
Melts, network theories of      (2)353
Melts, stress tensor      (2)325
Memory function, complex viscosity and      (1)287
Memory function, definition      (1)263 (2)397
Memory function, general network theory      (2)378
Memory function, generalized Maxwell model      (1)262
Memory function, Hookean dumbbells      (2)72
Memory function, Jeffreys model      (1)262
Memory function, Lodge network model      (2)368
Memory function, Lodge rubberlike liquid      (1)431
Memory function, Marrucci et al., model      (2)380
Memory function, Maxwell model      (1)260
Memory function, Phan — Thien and Tanner equation      (2)375
Memory function, Rouse chain      (2)159
Memory function, Wagner model      (2)384
Memory in viscoelastic fluids      (1)56 60 73 79 263
Memory-integral expansion      (1)498 (2)397
Memory-integral expansion, Oldroyd model and      (1)502
Memory-integral expansion, relation to retarded motion expansion      (1)501
Memory-integral expansion, rigid-dumbbell model and      (2)131
Merchak, P. A.      117
Merrill, E. W.      89 235 244
Merz, E. H.      150
Meter, D.      177
Metric coefficients      (1)481 600 604
Metric coefficients, covariant      (1)481
Metric coefficients, table of      (1)603
Metric matrix      (2)33
Metric matrix, bead-rod-spring models      (2)184 248
Metric matrix, differential relations      (2)292
Metric matrix, elastic dumbbells      (2)47
Metric matrix, inverse of      (2)34
Metric matrix, Kramers chain      (2)35 217
Metric matrix, modified for hydrodynamic interaction      (2)187 288 294 300
Metric matrix, modified for melts      (2)312
Metric matrix, multibead-rod      (2)189
Metric matrix, rigid bead-rod-model      (2)234
Metric matrix, Rouse chain      (2)36
Metric matrix, two-needle model      (2)253
Metzner, A. B.      61 74 76 77 89 109 177 190 205 235 247 314 351 532
Metzner, A. P.      532
Mewis, J.      532
Mhaskar, R. D.      235
Michele, J.      76 85 87
Michelsen, M. L.      199
Middleman, S.      36 37 139 180 187 205 234 235 548 552
Mild-curvature approximation      (2)310 318 324
Mill, C. C.      243
Miller, C.      204 342 496 507
Miller, C. E.      523
Milne — Thomson, L.      13 22
Missaghi, K.      532
Mitsuishi, N.      204 210 251
Mixtures, bead-rod-spring models for      (2)181
Mixtures, kinetic theory results for      (2)193 198
Mixtures, phase-space theory for      (2)245
Mixtures, rigid dumbbell model      (2)148 (see also Polydispersity)
Miyatake, O.      210
Mizel, V. J.      436
Mizushina      204 210
Mobility factor      (1)353
Mobility tensors      (2)185 188 286 305
Mobility tensors, multibead-rod      (2)195
Mochimaru, Y.      369
Models for polymer molecules      (2)3 247
Models for polymer molecules, bead-rod models      (2)229
Models for polymer molecules, bead-rod-spring models      (2)181
Models for polymer molecules, bead-spring chain      (2)18 151
Models for polymer molecules, elastic dumbbell      (2)20 55
Models for polymer molecules, elastic rhombus      (2)209 215
Models for polymer molecules, freely jointed chain      (2)1 217 309
Models for polymer molecules, freely rotating chain      (2)1 222
Models for polymer molecules, Gaussian chain      (2)16 355
Models for polymer molecules, geometry of      (2)22 153 167 186
Models for polymer molecules, multibead-rod      (2)26 113
Models for polymer molecules, multirod-rod      (2)300
Models for polymer molecules, rigid dumbbell      (2)20 111
Models for polymer molecules, second-order fluid constants      (2)208
Models for polymer molecules, three-bead-two-rod model      (2)190
Models for polymer molecules, two-needle model      (2)252
Modified pressure      (1)12 14
Modulus of elasticity      (1)257 (2)365 389
Moffatt, H. K.      46
Molecular weight averages      (1)49 59 144 (2)337
Molecular weight dependence      (1)143
Molecular weight distribution      (2)4
Molecular weight distribution, logarithmic-normal      (2)338
Moment of inertia      (2)233
Moment of inertia, generalized      (2)184 190 225
Moment of inertia, tensor      (1)570
Momentum flux      (1)6
Momentum flux tensor      see Stress tensor
Momentum space average      (2)42
Momentum space distribution function      see Velocity space distribution function
Monodisperse      (1)57 (2)4
Monroe, K.      441 467
Moon, P.      584
Mooney equation      (2)365 386
Moore, D. F.      190
Morawetz, H.      57
Morse, P.      555 576 583 595
Muller, S. J.      95 400
Multibead-rod model      (2)26 113
Multibead-rod model, configurational quantities      (2)187
Multibead-rod model, diffusion equation      (2)195
Multibead-rod model, dynamic moduli      (2)232
Multibead-rod model, elongational viscosity      (2)147
Multibead-rod model, second-order fluid constants      (2)211
Multibead-rod model, stress tensor      (2)117 136 202
Multibead-rod model, third-order fluid constants      (1)302
Multirod-rod model      (2)300 302
Mumaghan, F. D.      13
Munstedt, H.      132 133 134 137 138 141 149 530 531 532
Murata      178
Murch, R. E.      532
Murphy, G.      192
Mustafayev, E.      124
Na, T. Y.      240
Nabla operator      see Del operator
Nahme — Griffith number      (1)207 225
Nahme, R.      208
Nakamura, R.      204
Narvaez, C.      85
Natural boundary conditions      (1)194
Nazem, F.      63 529
Nearly Hookean dumbbell      (1)410 (2)90
Nemst — Einstein equation      (2)95 140 174 299 311
Neo — Hookean solid      (2)365
Network rupture model      (1)472
Network structure      (1)56
Network theories, constitutive equations      (2)364
Network theories, convection equation for segments      (2)357
Network theories, equation of continuity      (2)358
Network theories, Lodge network model      (1)433 (2)368
Network theories, modeling of networks      (2)354
Network theories, stress tensor      (2)362
Network theories, with non-affine motion      (2)273
Newtonian flow problems      (1)12—53 279 537
Newtonian fluids, equation of motion for      (1)613
Newton’s law of viscosity      (1)7 10 256
Ng, K. S.      89
Nguyen, H.      76 94 95
Nicodemo, L.      532
Nicolais, L.      75 132 150 532
Nirschl, J. P.      69 199
Nissan, A. H.      63
Noll, W.      157 184 480 498 504 552
Non — Newtonian viscosity      (1)60
Non — Newtonian viscosity, Bestul — Belcher equation      (1)244
Non — Newtonian viscosity, Bingham model      (1)227
Non — Newtonian viscosity, Carreau — Yasuda model      (1)171
Non — Newtonian viscosity, Casson equation      (1)227 243
Non — Newtonian viscosity, concentration dependence      (1)144
Non — Newtonian viscosity, dimensionless plot for      (1)146
Non — Newtonian viscosity, Ellis model      (1)210 227
Non — Newtonian viscosity, empiricisms for      (1)169—175 227—233
Non — Newtonian viscosity, Eyring model      (1)227
Non — Newtonian viscosity, from capillary viscometer      (1)528
Non — Newtonian viscosity, from cone-and-plate viscometer      (1)111 522
Non — Newtonian viscosity, Herschel — Bulkley equation      (1)227
Non — Newtonian viscosity, sample experimental data      (1)105—107
Non — Newtonian viscosity, temperature dependence of      (1)139 244
Non — Newtonian viscosity, truncated power law      (1)227 (see also Criminale — Ericksen — Filbey (“CEF”) equation; Generalized Newtonian fluid; Viscometric functions)
Nonisothermal flow problems      (1)205—227
Nonisothermal flow problems, equations of change for      (1)206
Nonisothermal flow problems, role of axial conduction      (1)251
Nonisothermal flow problems, tube flow      (1)210 216 218
Nonlinear viscoelasticity, kinematic tensors used in      (1)294 427
Nonorthogonal coordinates      (1)598—606
Normal coordinates      (2)156
Normal stresses, and flow phenomena      (1)62
Normal stresses, in Newtonian fluids      (1)12
Normal stresses, in second-order fluids      (1)307 309
Normal-stress coefficients, bead-spring-rod models      (2)205 238
Normal-stress coefficients, definition      (1)105 (2)399
Normal-stress coefficients, from cone-and-plate viscometer      (1)111 523
Normal-stress coefficients, from parallel-disk instrument      (1)526
Normal-stress coefficients, in polydisperse melts      (2)338
Normal-stress coefficients, Kirkwood — Riseman chain      (2)228
Normal-stress coefficients, molecular weight dependence in melt      (1)148 (2) 371
Normal-stress coefficients, sample experimental data      (1)108—112
Normal-stress coefficients, stress relaxation and      (1)417
Normal-stress coefficients, temperature dependence      (1)142 (see also Criminale — Ericksen — Filbey (“CEF”) equation; Material functions; Viscometric functions)
Normal-stress differences      (1)62
Normal-stress differences, in shear flow      (1)104
Normal-stress differences, in shearfree flows      (1)104
Normal-stress differences, in tangential annular flow      (1)333
Normal-stress differences, index convention for      (1)62
Normal-stress differences, rod-climbing and      (1)64
Normal-stress differences, sign of      (1)62
Normal-stress differences, stress growth      (1)118
Normal-stress differences, stress relaxation      (1)122
Normal-stress differences, tilted-trough experiment and      (1)65
Normal-stress ratio      (1)109
Normal-stress ratio, for melts      (2)335
1 2 3 4 5 6 7 8 9
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