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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
Energy equation for multicomponent systems      589
Energy equation in terms of temperature      337 589 608
Energy equation various forms of      340 341 589
Energy fluxes combined      285 335
Energy fluxes convective      265 283 291
Energy fluxes molecular      265 291 768
Energy fluxes radiative      265
Energy fluxes work      285
Energy production      291 334 589
Enlargement, flow in      209 226
Enrichment (in separation process)      730
Enskog theory of dense gases      289
Enskog, D.      25 289
Enthalpy appearance in combined energy flux      285
Enthalpy equation of change for      337 340 341 589
Enthalpy evaluation of      286
Enthalpy partial molar      591
Entrance length      52 142 145
Entropy equation of change for      341 372 765
Entropy flux and production      372 766
Entropy macroscopic balance for      484 485
Equation of state      289
Equations of change      (see also “Continuity” “Motion” “Energy” “Angular “Vorticity” “Entropy” “Mechanical
Equations of change derivation by integral theorems      112 373 608
Equations of change from Boltzmann equation      859
Equations of change macroscopic balances from      198 454
Equations of change summary tables      84 340 341 588 843
Equations of change time-smoothed      156 408 658
Equimolar counter-diffusion      572 585
Equipotential line      127
Erdelyi, A.      381 692
Ergun equation      191
Ergun,S.      191 192
Erk, S.      382 423 425
Error function      117 375 857
Eucken correction      275 599
Eucken, A.      276
Euler constant      399
Euler equation of motion      85 399
Euler, E      282
Euler, L.      85 86
Evans, H.L.      630
Evans, R.B.,      793 795 800
Evaporation from a plane surface      710 723
Evaporation from droplet      711
Evaporation loss from tank      326
Evaporation steady-state      545 578 581
Evaporation three-component      567
Evaporation unsteady-state      549 613 712
Extensional flow      see “Elongational flow”
Extinction coefficient      507
Eyring activated state theory      29 529
Eyring, E.M.      29 530
Eyring, H.      29 31 279 529 530 775
Faber, T.E.      153 359
Facilitated transport      803
Fading memory in viscoelastic fluids      246
Fair, J.R      675 687
Fairbanks, D.F.      648
Falkner — Skan equation      139
Falkner, V.M.      140
Falling cylinder viscometer      70
Falling film Marangoni instability      702
Falling film nonisothermal      344 363 397 403
Falling film on cone      70
Falling film on inclined flat plate      42 89
Falling film on outside of circular tube      64
Falling film on vertical wall      73
Falling film Sherwood number for      676
Falling film with chemical reaction      581
Falling film with dissolution from wall      562
Falling film with gas absorption      558
Fan, X.J.      262
Fanning, J.T.      179
Faraday constant      76 867
Federhofer, K.      201
FENE-P dumbbell model for polymer      254
Feng, C.F.      793
Ferguson, R.M.      310
Ferry, J.D.      238 246
Ferziger, J.H.      25 52 276 599 858
Feshbach, H.      127 824 830
Feynman, R.P.      93 98
Fick, A.      515
Fick’s (first) law of diffusion      514 537 846
Fick’s (first) law of diffusion multicomponent generalization      717 767
Fick’s (second) diffusion law      585
Film model of mass transfer      548 704 712 719 723 724
Film temperature      432
Finite slab unsteady heating of      376
Finite slab with heat production      398
Fixman, M.      529
Flannery, B.P.      662
Flat plate approximate analogies      632
Flat plate Blasius (exact) solution      137
Flat plate free convection near      346
Flat plate friction factor for      194
Flat plate heat transfer coefficient      438
Flat plate heat transfer for flow along      388 390 391
Flat plate mass transfer with reaction      625
Flat plate turbulent flow along      155
Flat plate von Karman momentum balance      136
Flat plate with high mass-transfer rate      627
Fleming, G.K.      788
Flickinger, M.C      787
Flow reactor, temperature profile in      300 328
Flow-average temperature      315
Fluctuations in turbulent flow      156 407 416 657
Fluxes combined      36 285 537
Fluxes convective      34 283 535
Fluxes molecular      13 266 372 515 535 766 859
Fluxes turbulent      158 408 658
Flynn, L.W.      865
Foa, J.V.      214
Fog formation      602
Foraboschi, F.P.      619
Force buoyant      318
Force external      80 776
Force intermolecular      26
Force on cylinder      195
Force on flat plate      138 156
Force on sphere      60 125 186
Forced convection heat transfer      310
Forced convection heat transfer heat transfer coefficients      428 433 438 441
Forced convection heat transfer in slit flow      323 328
Forced convection heat transfer in tube flow      328
Forced convection mass transfer analogy with heat transfer      613
Forced convection mass transfer for flow around arbitrary objects      678
Forced convection mass transfer for flow around spheres      677
Forced convection mass transfer for flow near a rotating disk      679
Forced convection mass transfer in falling films      676
Forced convection mass transfer in tube flow      659
Forced diffusion      519 590 776
Forced vortex      145
Form drag      60
Fourier analysis of turbulent energy transport      416
Fourier, J.B.      267 338
Fourier’s law of heat conduction      266 590 845
Fox, E.A.      605
Frank, E.U.      288
Frank-Kamenetskii, D.A.      539
Frankel, N.A.      33
Franz, R.      280
Fredrickson, A.G.      230 233
Free convection      310 325 326
Free convection Boussinesq approximation      338 589
Free convection heat transfer and forced convection mass transfer      698
Free convection heat transfer coefficients      442
Free convection horizontal plate      358
Free convection vertical plate      346 443
Free turbulence (versus wall turbulence)      163 415
Free vortex      145
Free-molecule flow      52 794
Freezing of a spherical drop      366
Friction coefficient      531
Friction drag      60
Friction factor definition      178
Friction factor for flow along flat plate      194
Friction factor for flow around cylinder      195
Friction factor for flow around spheres      185
Friction factor for flow in a flat slit      194
Friction factor for gas bubble in a liquid      196
Friction factor for noncircular tubes      183
Friction factor for packed columns      188
Friction factor for rotating disk      194
Friction factor for tube flow      179
Friction loss factor      206
Friction velocity      160 409
Frictionless adiabatic flow      349 362
Friedlander, S.K.      394
Friedman, A.M.      695
Friend, W.L.      414
Frisch, H.L.      32
Frisch, U.      153
Fristrom, R.M.      542 569
Frohlich, H.      32 246
From, J.E.      99
Frossling, N.      439
Froude number      98 355
Froude, W.      98
Fu, B.-M.      793
Fuhs, A.E.      21 32 87 472
Fujii, T.      443
Fuka, J.      128
Fulford, G.D.      46
Fuller, E.N.      521
Fuller, G.G.      236
Gaggioli, R.A.      198
Gal-Or, B.      717
Gamma function      853
Gamson, B.W.      441
Garner, F.H.      234 561 570
Gas absorption      see “Absorption”
Gases, kinetic theory of      23 274 525 858
Gates, B.C.      596
Gauss — Ostrogradskii theorem      824
Gauss’s law      783
Geankopolis, C.J.      441 686
Generalized Newtonian models      240 430 431
Geometric similarity      97
Gersten, K.      93 136 140 159 160
Gervang, B.      233
Gex, V.E.      605
Ghez, R.      576 607
Giacomin, A.J.      402
Gibbs — Duhem equation      766 804
Gibbs, J.      647 686
Gibbs, J.W.      841
Gibson, R.E.      23
Giddings, J.C.      521
Giesekus model for polymers      250 251 260 262
Giesekus, H.      33 232 250 262
Gill, W.N.      382 625 646
Gilliland, E.R.      187 722
Ginsburg, B.Z.      803
Giuliani, A.      619
Glasstone, S.      29 529
Glicksman, M.E.      516
Goddard, J.D.      250 803
Godfrey, J.C      675 687 700
Godfrey, T.B., Jr.      14
Gogos, C.G.      232
Goldsmith, A.      280
Goldstein, S.      123 168 310
Goresky, C.A.      643
Gotoh, S.      517 527 574 865
Gottlieb, M.      262 486
Grabowski, E.E.      787 794
Gradient operator      820 824 832
Graetz number      405 430 431
Graetz — Nusselt problem      382 403 405
Graetz, L.      382 436
Graham, A.L.      33
Graham, M.D., M.      486
Graham, T.L.      796 797
Graham’s law of diffusion      796
Grant, C.S.      611
Grashof numbers      319 355
Grashof numbers additivity of      698
Grashof numbers diffusional      600
Grashof, F.      319
Green, D.W.      472 675
Green, N.G.      785
Green, P.F.      533
Greenberg, M.D.      115 127 383 385 591 824
Grew, K.E.      318 772
Grigull, I.L.      349 382 423 425 447
Grmela, M.      765
Grober, H.      382 423 425
Groothuis, H.      561
Guggenheim, E.A.      23 773
Gunn, R.D.      793
Guzman, J.D.      267
Haaland friction factor equation      182
Haaland, S.E.      182
Hadamard — Rybczinski circulation      540 561 700 701
Hagen — Poiseuille equation      51 53 181 243
Hagen, G.      51
Hagenbach, E.      51
Hallman, T.M.      313 383
Hamilton, R.M.      414 516
Hammerton, D.      561 570
Han, R.J.      785
Handler, R.A.      257
Hanks, M.L.      665
Hanley, H.J.M.      21 765 772
Hanna, O.T.      164 414 420 431 631 659 661 668
Hanratty, T.J.      419 420 516
Hansen, J.P.      31
Hanson, C      727
Happel, J.      85 148 178 195 196 452 529 687 787
Hardy, R.C.      14
Harlow, F.H.      99
Harmens, A.      701
Harriott, P.      414 516 727
Harrison, A.B.      785
Hartnett, J.P.      21 269 280 403 423 436 442 482 488
Hartree, D.R.      140
Hase, M.      785
Hassager, O.      67 96 106 232 240 242 246 250 251 253 261 262 300 331 382 428 532 805
Hatta number      696
Hatta, S.      696
Head meters      471
Heading, J.      404
heat capacity      268 269 274
Heat conduction equation      338 373
Heat conduction in annulus      322
Heat conduction in chemical reactor      300
Heat conduction in cooling fin      307
Heat conduction in electric wire      292
Heat conduction in fluid with viscous heating      298
Heat conduction in nuclear fuel rod assembly      296 322
Heat conduction in polymer melt      323
Heat conduction product solutions      400
Heat conduction through composite walls      303 305
Heat conduction unsteady (in solids)      374
Heat conduction with forced convection      310
Heat conduction with phase change      367 401
Heat conduction with temperature-dependent thermal conductivity      326 370
Heat conductivity      see “Thermal conductivity”
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