TAILIEUCHUNG - Heat Transfer Handbook part 146

Heat Transfer Handbook part 146. The Heat Transfer Handbook provides succinct hard data, formulas, and specifications for the critical aspects of heat transfer, offering a reliable, hands-on resource for solving day-to-day issues across a variety of applications. | 1450 SUBJECT INDEX average Nusselt number T r siiuile. 503-504 condensation on liquid 1367 free surface 506-508 submerged 502-508 lurbulenl 500-508 Jel area healer area ratio. 998 1000 Jel impingemenl 1099 enhancemenl techniques 1034 lhermal lransporl in 500-502 Jel impingemenl cooling correlalion 996-998 in eleclronic equipmenl 995-1002 figures of meril 999 1000 firsl-order lrends 998-1000 impingemenl on heal sinks 1001-1002 lhermal fluid design general considera- tions 1000-1001 Jel in steam flow 1371 Jel in vessel 1371 Joinls 264 bolled 378 characlerislics of real 269 paramelers influencing resislance of 269-270 lypes of 264-266 Joinl conduclance dimensionless conlacl pressure vs. dimensionless 374 effecl of layerlhickness and conlacl pressure on 368-371 enhancemenl melhods for 361-377 elaslomeric inserls 372-374 melallic coalings and foils 363-372 phase-change malerials 377 lhermal greases and pasles 374-376 for joinls belween conforming rough surfaces 359-361 Joinl resislances. See also Thermal spreading and conlacl resislances al line conlacl 339 of nonconforming rough surfaces 339340 Joule J 36 J-shell TEMA 814 817 Kalman Bucy filler 1291-1292 Karman Nikuradse relalion 421 Kallan Thome Favral flow pallern map 666 667 670 Kallan Thome Favral model 683-686 703 Kedzierski Goncalves model 765 766767 Kedzierski Kim correlalion 768-769 Kedzierski Webb K-W profiles 727 784-785 Kei x 176-177 Kelvin lemperalure scale 916 917 Ker x 176-177 Kinelic gas lheory 115-116 Kinelics model 1262-1266 Kirchhoff s law 575 Kirchhoff lransformalion 196 197 Kline-McClinlock model 930 Kozeny flow model 1135 Kryplon 79-80 Kumar s conslanls 885 Kulaleladze correlalion 668 K-W profiles see Kedzierski Webb profiles Lamberl surfaces 583 Laminar boundary layer How. 452-5555 Laminarcross flow 509 Laminarflow forced conveclion inlernal flows 396404 flow enlrance region 396-399 fully developed flow region 399-401 hydraulic diameler and pressure drop 401-404 oplimal channel sizes for 413-419 .

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