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Bird R.B., Lightfoot E.N., Stewart W.E. — Transport Phenomena
Bird R.B., Lightfoot E.N., Stewart W.E. — Transport Phenomena



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Название: Transport Phenomena

Авторы: Bird R.B., Lightfoot E.N., Stewart W.E.

Аннотация:

Treats momentum transport (viscous flow), energy transport (heat conduction, convection, and radiation), and mass transport (diffusion). All topics are organized around the "equations of change": the equations of motion, energy, and continuity.

Careful attention is paid to the presentation of the basic theory.
- Enhanced sections throughout text provide much firmer foundation than the first edition.
- Literature citations are given throughout for reference to additional material.


Язык: en

Рубрика: Физика/Термодинамика, статистическая физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd Edition

Год издания: 2002

Количество страниц: 895

Добавлена в каталог: 27.07.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Toor, H.L.      382 538 568 597 665 667 717
Torque in coaxial annular system      91 244
Torque on mixing vessel      202
Torque on rotating cone      67
Torque on rotating disk      107
Torque on rotating rod      105
Torque on rotating sphere      96 105
Torricelli’s law      109
Torsional oscillatory viscometer      146
Touloukian, Y.S.      13
Towle, W.L.      668
Townsend, A.A.      153 157 161 168
Transpiration cooling      344 365 673
Transport properties      861 864 thermal diffusivity thermal
Treybal, R.E.      672 727
Triangular duct, flow in      105 155
Tribus, M.L.      404 663
Tricomi, F.G.      381 692
Troian, S.M.      700 701
Tschoegl, N.W.      246
Tube, Bingham flow in      260
Tube, compressible flow in      53
Tube, flow caused by rotating disk in      151
Tube, forced convection heat transfer      323 325 328 332 342 406
Tube, heat transfer coefficients      423 428 433
Tube, laminar and turbulent flow in      154
Tube, laminar flow in      48 69 88
Tube, noncircular      155
Tube, nonisothermal flow in      383 384 400 411 416
Tube, polymer flow in      232 242
Tube, recoil of polymers in      233
Tube, start-up of flow in      150
Tube, tapered      66 259
Tube, Taylor diffusion in      643
Tube, turbulent flow in      165
Tube, velocity for turbulent flow in      166
Tubeless siphon      235
Tubular reactor      595
Tuma, J.J.      852
Turbulence chemical reactions and      658 659 663
Turbulence free and wall      163
Turbulence intensity of      157
Turbulence isotropic      165
Turbulence kinetic energy of      176
Turbulence nonisothermal systems      407
Turbulent diffusivity      659
Turbulent flow      41 154 165 168 175
Turbulent friction factors      181
Turbulent heat flux      408 410
Turbulent heat transfer coefficients      429 435
Turbulent mass flux      658 659
Turbulent momentum flux      158
Turbulent Prandtl number      410
Turbulent Schmidt number      659
Turbulent thermal conductivity      410
Turbulent viscosity      162 167
Turian, R.M.L.      33 73 241 331
Tuve, G.L.      216
Two-bulb experiment (diffusion)      572 654 795
Tyn, M.T.      518
Tyrrell, H.J.V.      529
Uhlenbeck, G.R.      274
Ultracentrifuge      772
Ultrafiltration      673 713 789 799
Underdamped system      221 471
Uribe, F.J.      21
Usagi, R.      443
Valeri, F.J.      659
Valstar, J.M.      428 430
Value function (of Dirac)      732 761
van Aken, J.A.      204
van de Vusse, J.G.      605
van den Akker, H.E.A.      665
van den Berg, H.R.      273
van den Brule, B.H.A.A.      267
Van Driest equation for mixing length      164 414 661
van Driest, E.R.      164 661
van Dyke      76 93 126 135
van Ievsel, E.M.F.      33
van Krevelen      519
van Loef, J.J.      522 540
van Reis, R.      787
van Rossum, J.J.      73
van Wijk, W.R.      282 288
Vand, V.      38
Vandenhaende, C.      267
VanVoorhis, C.C.      519
VanWazer, J.R.      91 110 237 342
Vector-tensor notation      807 841
Velev, O.D.      785
Velocity average molecular      23
Velocity correlations (in turbulence)      157
Velocity diffusion      535
Velocity distribution axial annular flow      53 64 65 151 174 325
Velocity distribution cone-and-plate viscometer      67
Velocity distribution Couette flow      64
Velocity distribution falling cylinder viscometer      70
Velocity distribution falling film      42 64 70 89
Velocity distribution flow around bubble      143
Velocity distribution flow around cylinder      128
Velocity distribution flow around sphere      58 95 122 145
Velocity distribution flow in slit      63 68 117 316
Velocity distribution flow into slit      130 145
Velocity distribution flow near a corner      131 139
Velocity distribution flow near a flat plate      136
Velocity distribution flow of stratified fluids      56
Velocity distribution flow through tube      48 69 88 150 166
Velocity distribution in disc-and-tube system      151
Velocity distribution in free convection      318 347
Velocity distribution in jet      168 173
Velocity distribution in porous medium      148
Velocity distribution in shock wave      352
Velocity distribution in turbulent jets      171
Velocity distribution in turbulent tube flow      166
Velocity distribution near a line source      145
Velocity distribution near an oscillating plate      120 150
Velocity distribution near wall suddenly set in motion      115 142
Velocity distribution tangential annular flow      89 151
Velocity fluctuations (in turbulence)      156
Velocity friction      160
Velocity gradient tensor      19 245
Velocity mass average      515 535
Velocity migration      777
Velocity molar average      534 535
Velocity of sound      279
Velocity potential      127
Velocity superficial      149 189
Velocity time-smoothed      157
Velocity volume average velocity      541
Vena contracta      215 471
Venerus, D.C      267
Venturi meter      471 479
Vertical plate free convection      346
Vettering, W.T.      662
Viehland, L.A.      861
Vieth, W.R.      661
View factors (in radiation)      499
Vignes, A.      518
Villat, H.      122 531
Viscoelasticity linear      244
Viscoelasticity nonlinear      249 253 262
Viscoelasticity stress relaxation      260
Viscometer capillary      52 229
Viscometer cone-and-plate      67 261
Viscometer Couette      89 112
Viscometer falling cylinder      70
Viscometer parallel-disk      106 110 261
Viscometer rolling ball      73
Viscometer torsional oscillatory      146
Viscometer viscous heating in      300
Viscosity Carreau equation for      242
Viscosity complex      238 239 247 251 252 260
Viscosity dilatational      18
Viscosity elongational (or extensional)      238 251 252 257
Viscosity emulsion      31
Viscosity gas kinetic theory for      23 26 861
Viscosity kinematic      13 268 516 871
Viscosity liquid kinetic theory for      29
Viscosity Newton’s law of      12
Viscosity of dense gases      289
Viscosity of polymers      237 251 252 255
Viscosity of various fluids      14 15
Viscosity position dependent      47
Viscosity power law for polymers      242
Viscosity pressure dependence      21
Viscosity reduced      21
Viscosity shear-rate-dependent      239
Viscosity suspension      21
Viscosity temperature dependence      21
Viscosity Trouton      238
Viscosity units for      14 870 871
Viscous dissipation for flow around a sphere      125
Viscous dissipation heating      300 321 334 363 373 402
Viscous dissipation in mechanical energy equation      82
Viscous dissipation in polymer melt      323
Viscous losses      295
Viscous momentum flux      37
Viscous sublayer (in turbulence)      159 409
Viscous sublayer (in turbulence)velocity distribution in      161
Vivian, J.E.      675
Volatility, evaporation rate and      616
Volume average velocity      541
Volumetric mass transfer coefficients      695
Von Halle, R.      731 749
von Helmholtz, H.      133
Von Karman momentum balance      136
Von Karman vortex street      100
Von Karman — Prandtl velocity profile      161
von Karman, T.      136 160 184 194 610
von Mises, R.      350
von Smoluchowski, M.L.      34
Vortices free and forced      145
Vortices Taylor      92
Vorticity equation of change for      113 122 144
Vorticity tensor      250
Vrij, A.      33
Wakeham,W.A.      13 516
Waleffe, F.      153
Walker, J.E.      175
Walker, R.E.      542 569
Walker, W.H.      516
Wall collision frequency      23 39 274
Wall effect for sphere falling in cylinder      195
Wall suddenly set in motion, flow near      115 142
Wall turbulence      153 159
Wall turbulence contrasted with free turbulence      163
Wall turbulence heat transfer in      411 416
Wall turbulence mass transfer in      661
Walters, K.      33 76 91 232 236 237
Wang Chang, C.S.      274
Wang, C.Y.      87
Wang, J.C      646
Wang, K.H.      701
Wang, Y.L.      145
Warner, H.R.Jr.      254
Wasan, D.T.      371 700
Washizu, M.L.      785
Waterman, T.E.      280
Watson, G.M.      795 800
Watson, K.M.      22 272 288 289 362 566 685 741 755 865
Wavelength of radiation      488
Weber number      98
Weber, M.      98
Wedge, flow over      133 139
Wedgewood, L.E.      249 256
Wehner, J.R.      328
Weichert, D.      717
Weidman, D.L.      625
Weinbaum, S.      793 796 798
Weissenberg rod-climbing effect      234
Weissenberg, K.      234
Weissman, S.      527
Welling, P.G.      736
Wendt, J.R.      iv
Wenzel — Krames — Brillouin method      404
Werle, H.      76
Westenberg, A.A.      542 569
Westerterp, K.R.      283
Wet and dry bulb psychrometer      683 711 722
Wetted-wall column      673
Whan, G.A.      175
Wheeler, A.      564
Whitaker, S.      46 214 349 439 482
Whiteman, J.R.      404
Wicks, M.      56
Wiedemann — Franz — Lorenz equation      280
Wiedemann, G.      280
Wien displacement law      495
Wien, W.      495
Wiest, J.M.      32 250
Wilcox, W.R.      698
Wild, N.E.      771
Wilding, W.V.      270 287 288 517
Wilhelm, R.H.      328 441
Wilke — Chang diffusivity equation      530
Wilke, C.R.      27 38 349 530 539 548 617 625 648 672 694 727
Williams, M.C.      239 262
Williams, R.J.J.      25 793 794
Williamson, J.E.      441
Wilson, C.L.      659 668
Wilson, E.J.      441 686
Wineman, A.S.      235
Wire heat conduction in      364
Wire radiant heat loss from      509
Wissbrun, K.      232
Wittenberg, L.J.      147
Wong, B.A.      785
Wong, P.-Z.      700
Woodside, W.      282
Work flux      285
Wylie, C.R.      380 386
Wylie, E.B.      127
Wynn, E.B.      523
Xu, J.      749
Yamagata, K.      404
Yamamoto, T.      785
Yan, Z.-Y.      796 798
Yang, B.      251
Yang, R.T.      727
Yarusso, B.J.      259
Yasuda, K.      242
Yield stress Bingham model for fluids with      259 260
Young, J.D.      627
Young, T.C.      625 631 721
Youngren, G.K.      529
Yuan, T.-R.      33
Zaremba, S.      249
Zeh, D.      625
Zeman, L.J.      787
Zia-Ul-Haq      717
Zierler, K.      757
Zipperer, L.      29
Zuiderweg, F.J.      701
Zundel, N.A.      270 287 288 517
Zydney, A.L.      787
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