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| Lienhardt J.H. IV, Lienhardt J.H. V — A heat transfer textbook |
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| Ïðåäìåòíûé óêàçàòåëü |
Forced convection, cross flow see "Cross flow"
Forced convection, cylinders 378—379
Forced convection, flat plates, laminar, uniform  309—311
Forced convection, flat plates, laminar, uniform  304—307
Forced convection, flat plates, turbulent 324—327
Forced convection, flat plates, unheated starting length 306
Forced convection, flat plates, variable property effects 308 326
Forced convection, spheres 684
Forced convection, tube bundles 381—384
Fourier (1955) 46
Fourier number 195
Fourier series conduction solutions 203—207
Fourier series conduction solutions, one-term approximations 218
Fourier's law 10—17 50—51
Fourier, J.B.J. 10
Fourier, The Analytical Theory of Heat 3 10 141
Fraas (1989) 128 136
Free convection see "Natural convection"
Free molecule flow 619
Friction coefficient see "Darcy — Weisbach friction factor" "Skin
Fried and Idelchik (1989) 128 136
Froeba, Will, and Leipertz (2000) 466 517
Froude number 157 503
Fujii and Imura (1972) 420 423 454
Fully developed flow see "Internal flow"
Functional replacement method 150
Gardner and Taborek (1977) 117 136
Gardon (1953) 95 97
Gardon gage 95
Gaseous radiation 563—574
Gaseous radiation, absorption, scattering, and extinction coefficients 567
Gaseous radiation, Beer's law 567
Gaseous radiation, equation of transfer 569
Gaseous radiation, flames 34 574
Gaseous radiation, mean beam length 570
Gauss's theorem 55 293 628 667
Gebhart, Jaluria, Mahajan, and Sammakia (1988) 421 454
Ghai, Ertl, and Dullien (1973) 612 686
Giedt (1949) 377 395
Glasstone, Laidler, and Eyring (1941) 622 687
Gnielinski (1976) 361 394
Gnielinski equation 361
Goldstein (1938) 405 407 453
Graetz (1885) 352 394
Graetz number 352
Granville (1989) 321 338
Granville (1990) 321 338
Grashof number 403
Grashof number for mass transfer 646
Grashof, F. 403
Gravity,  for condensation 436
Gravity, effect on boiling 492
Gravity, g-jitter 417
Gravity, standard acceleration of 719
Gray body 527—529 534—536 549—563
Gray body, electrical analogy for heat exchange 549—559
Gray body, transfer factor see "Transfer factor"
Greenhouse effect 579—581
Gregorig, Kern, and Turek (1974) 441 442 456
Gungor and Winterton (1987) 501 503 521
Haaland (1983) 363 394
Hagan — Poiseuille flow 348
Hagan, G. 348
Hahne and Grigull (1975) 244—246 266
Halocline 674
Hansen, Ruedy, Sato, Imhoff, Lawrence, Easterling, Peterson, and Karl (2001) 580 593
Harvey, Peskin, and Klein (2000) 693-695
Hatfield and Edwards (1981) 423 454
Heat 3
heat capacity see "Specific heat capacity"
Heat conduction see "Conduction"
Heat convection see "Convection"
Heat diffusion equation, multidimensional 49—56
Heat diffusion equation, one-dimensional 17—19
Heat exchangers 99—129
Heat exchangers with variable U 17 114
Heat exchangers, counterflow 99 108 123
Heat exchangers, cross-flow 100 118 124
Heat exchangers, design of 126—129
Heat exchangers, effectiveness-NTU method 120—126
Heat exchangers, function and configuration 99—103
Heat exchangers, logarithmic mean temperature difference see "Logarithmic mean temperature difference"
Heat exchangers, mean temperature difference in 103—113
Heat exchangers, microchannel 351
Heat exchangers, parallel flow 99 108 123
Heat exchangers, relationship to isothermal pipe flow 367—369
Heat exchangers, shell-and-tube 100 118 124
Heat exchangers, single-stream limit 125—126 368
Heat flux, defined 10—13
Heat pipes 509—512
Heat pipes, merit number 510
Heat transfer 3
Heat transfer coefficient 19—20
Heat transfer coefficient, average 20 306—307
Heat transfer coefficient, effect of mass transfer 663—669
Heat transfer coefficient, overall 78—85
Heat transfer, modes of 10—34
Heisler (1947) 208 265
Heisler charts 208
Helmholtz instability 474—477
Hennecke and Sparrow (1970) 174 175 191
Henry's law 631
Herzberg (1989) 566 592
Hewitt (1982) 504 521
Hewitt (1998) 48 128 136 467 487 518
Hirschfelder, Bird, and Spotz (1948) 617 686
Hirschfelder, Curtiss, and Bird (1964) 614 615 619 686
Ho, Powell, and Liley (1974) 692—694
Hohlraum 28
Hot-wire anemometer 380 393
Hottel and Sarofim (1967) 47 570 574 592
Houghton (1985) 576 593
Howell (2001) 542 592
Hsu (1962) 467 517
Hsu and Graham (1986) 47
Hydraulic diameter 368 370—373
Hydrodynamic theory of CHF see "Peak Heat Flux"
Ideal gas law for mixtures 602
Ideal solution 631
Incompressible flow 277—278 292 629 678
Indices, method of 150
Initial condition 142
Insulation, critical radius of 72—74
Insulation, superinsulation 14
Integral conservation equations for energy 300—304
Integral conservation equations for momentum 286—289
Intensity of radiation 531—533
Interdiffusion coefficient 639
Interfacial boundary conditions 630—634
Internal flow, bulk energy equation 345
Internal flow, bulk enthalpy 343
Internal flow, bulk temperature 343—346
Internal flow, bulk temperature, for uniform 349
Internal flow, bulk temperature, for uniform 367—369
Internal flow, bulk velocity 343
Internal flow, entry length, laminar hydrodynamic 347
Internal flow, entry length, laminar thermal 351—352
Internal flow, entry length, turbulent 355—356
Internal flow, friction factor, laminar flow 359
Internal flow, friction factor, turbulent flow 358—364
Internal flow, fully developed, hydrodynamically 343 347—348
Internal flow, fully developed, thermally 343—346
Internal flow, hydraulic diameter 368
Internal flow, laminar heat transfer, developing flow 351—354
Internal flow, laminar heat transfer, uniform , fully developed 348—351
Internal flow, laminar heat transfer, uniform , fully developed 351
Internal flow, laminar temperature profiles 345—346
Internal flow, laminar velocity profile, developing flow 343
Internal flow, laminar velocity profile, fully developed 347—348
Internal flow, noncircular ducts 370—374
| Internal flow, turbulent 355—367
Internal flow, turbulent heat transfer 357—367
Internal flow, turbulent heat transfer, Gnielinski equation 361
Internal flow, turbulent heat transfer, liquid metals 365—367
Internal flow, turbulent heat transfer, rough walls 362—364
Internal flow, turbulent heat transfer, variable property effects 361
Internal flow, turbulent transition 273
International Association for the Properties of Water and Steam (1994) 465 517
Iqbal (1983) 575 593
Irradiance 549
Jacobsen, Penonceilo, Breyerlein, Clark, and Lemmon (1992) 693 696
Jakob (1949) 46
Jakob number 428
Jakob, M. 230 428
Jasper (1972) 466 517
Jeglic (1962) 215 265
Jeglic, Switzer, and Lienhard (1980) 215 265
Juhasz (1973) 271 338
Jupiter, atmosphere of 673
Kadambi and Drake (1959) 423 455
Kadoya, Matsunaga, and Nagashima (1985) 693 696
Kalidasa, Abhijnana Sakuntala 725
Kalish and Dwyer (1967) 383 396
Kandlikar (1990) 499 501 503 520
Kandlikar and Nariai (1999) 501 515 521
Kandlikar, Tian, Yu, and Koyama (1999) 501 521
Karimi (1977) 440 441 456
Katto (1978) 505 521
Katto and Ohne (1984) 505 521
Kaviany (1995) 47
Kays and Crawford (1993) 46 351 352 373 393
Kays and London (1984) 47 121 122 128 136
Kheyrandish and Lienhard (1985) 495 520
Kinetic theory of gases, average molecular speed 614
Kinetic theory of gases, Chapman — Enskog theory 615
Kinetic theory of gases, diffusion coefficient, elementary model 610—611
Kinetic theory of gases, diffusion coefficient, exact 615—617
Kinetic theory of gases, limitations of 619
Kinetic theory of gases, mean free path 297 614
Kinetic theory of gases, thermal conductivity, elementary model 297—298
Kinetic theory of gases, thermal conductivity, gas mixtures 625
Kinetic theory of gases, thermal conductivity, monatomic gas 624
Kinetic theory of gases, viscosity, elementary model 297—298
Kinetic theory of gases, viscosity, gas mixtures 624
Kinetic theory of gases, viscosity, monatomic gas 624
King, Hsueh, and Mao (1965) 622 687
Kirchhoff's law 533—536
Kirchhoff, G.R. 533
Kolmogorov scales of turbulence 336
Kraus (1955) 414 415 453
Kraus, Aziz, and Welty (2001) 181 191
Kreith and Kreider (1978) 581 593
Kreith(1973) 356 357 394
Kutateladze (1948) 479 518
l'Hospital's rule 112
Laesecke, Krauss, Stephan, and Wagner (1990) 692—695
Lamb (1945) 476 518 621 687
Laplace's equation 235
Laplacian 56 235
Lardner, D., The Steam Engine Familiarly Explained and Illustrated 99
Leibnitz's rule 287
Lemmon, Jacobsen, Penoncello, and Friend (2000) 693 696
Lemmon, McLinden, and Friend (2000) 693 696
Lemmon, Peskin, McLinden, and Friend (2000) 693 695
Lennard — Jones intermolecular potential 615—617
Leonard, Sun, and Dix (1976) 487 519
Lewis (1922) 666 687
Lewis number 609
Lewis, W.K. 609 643 666
Li and Chang (1955) 621 687
Libby (1996) 330 339
Lienhard (1966) 375 376 395
Lienhard (1973) 420 453
Lienhard and Dhir (1973) 479 480 484 518
Lienhard and Witte (1985) 491 519
Lienhard and Wong (1964) 488 519
Lienhard, Dhir, and Riherd (1973) 479 484 518
Liquid metal heat transfer in tube bundles 383—384
Liquid metal heat transfer in tubes 365—367
Liquid metal heat transfer, effect of Pr 299—300
Liquid metal heat transfer, laminar boundary layer 305—307
Lloyd and Moran (1974) 422 454
Logarithmic mean temperature difference (LMTD) 103—120
Logarithmic mean temperature, correction factors 114—120
Logarithmic mean temperature, defined 111
Logarithmic mean temperature, limitations on 113—114
Lord Rayleigh (J.W. Strutt) 151
Lubarsky and Kaufman (1955) 365 367 395
Lummer, O.R. 30
Lumped capacity solutions 22—26 194—202
Lumped capacity solutions in natural convection 411—412
Lumped capacity solutions with heat generation 145
Lumped capacity solutions with variable ambient temperature 198—199 263
Lumped capacity solutions, dimensional analysis of 195—196
Lumped capacity solutions, electrical/mechanical analogies 196—198
Lumped capacity solutions, second order 199—202
Lyon (1952) 367 395
Mach number 308
Madhusudana (1996) 66 96
Mamer and Suitor (1987) 84 97
Marrero and Mason (1972) 612 654 686
Marto (1998) 442 443 456 506 507 522
Mason and Saxena (1958) 625 687
Mass average velocity 604
Mass conservation see "Conservation of mass"
Mass diffusion equation 638
Mass exchangers 683
Mass flux 604
Mass fraction 600
Mass fraction in the transferred state 656
Mass transfer 597—673
Mass transfer coefficients 640—648 654—662
Mass transfer coefficients at low rates 640—648
Mass transfer coefficients at low rates, analogy of heat and mass transfer 641—648
Mass transfer coefficients, defined 641
Mass transfer coefficients, effect of mass transfer rate on 658—660
Mass transfer coefficients, variable property effects 669
Mass transfer driving force 655—657
Mass transfer driving force at low rates 661—662
Mass transfer driving force, one species transferred 641 657
Mass transfer with simultaneous heat transfer 663—673
Mass transfer, analogy to heat transfer 63 635—648
Mass transfer, evaporation 663—666 672
Mass transfer, forced convective 640—645 654—662
Mass transfer, natural convective 645—648
Mass transfer, through a stagnant layer 648—654
Mass transfer, through a stagnant layer, mass-based solution 659
Material derivative 294
McAdams (1954) 46
McCarty and Arp (1990) 694 697
Mean beam length 570
Mean free path 297
Mean free path, rigid sphere molecules 614
Mehendale, Jacobi, and Shah (2000) 351 393
Melville, H., Moby Dick 341
Meyer, McClintock, Silvestri, and Spencer (1993) 692—694
Microchannel heat exchanger 351
Millat, Dymond, and Nieto de Castro (1996) 619 625 686
Mills (1998) 667 688
Mills (1999) 207 265
Mills (2001) 48 669 673 688
Mixed convection 426
Mixing-cup temperature see "Bulk temperature"
Mixtures of ideal gases 602—603
Mixtures, binary 609
Mixtures, composition of 600—603
Mixtures, molecular weight of 601
Mixtures, specific heat of 627
Mixtures, transport properties 614—627
Mixtures, transport properties, gas diffusion coefficients 614—620
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