Heat Transfer Handbook part 148. 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. | 1470 SUBJECT INDEX for boiling 713 for conduction heal Hansfer 277 for direct contact heat transfer 1395 for efectrnnic equipment. 1220-1222 for enhancement techniques. . .04 for forced convection Internal flows 436 Greek letter 41 for heal exchangess 2039055 for heat jip 1226-1227 for manufacturing and materials processing 1321 for microscale heat transfer 1354 for porous media1 115511166 Roman letter 42-41 for thermal spreading and contact resistances 384-385 thermophysical properties 142 Substantial derivative 18 Substrates 288 block arrays 495-491 flush-mounted heat sources 491-492 forced convection external flows from 492-522 isolated blocks 493-495 objects on 444 492-522 pin fin heat sinks 498-522 plate fin heat sinks 497-498 two-dimensional block array 492-493 Suction 1234 Sulfur dooxlde 87-88 Sulfur hexafluoride. 88 Summation rule 626-627 Supercritical startup 1216-1217 Superficial vapor velocity 142 143 Superficial velocities 1377 Superheat critical 1221 nucleation 642-644 Superposition 221-222 496 Superscripts 41 forcondensation 789 forconduction heat transfer 257 crit critical enhancement 115 for Beechcrnc eqllipmenl. 2 222 for external flow forced convection 522 for forced convection internal flows 436 forheat exchangers 905 int internal motions 115 for manufacturing and materials processing 1301 for thermal radiation 631 for thermal spreading and contact resistances 385 thermophysical properties 142 trans translational term 115 Surfaces diffuse 600 enhanced boiling 704 extended see Extended surfaces with flow normal to banks of smooth tubes compact heat exchangers 845-846 rough see Rough surfaces thermal radiation between 598-615 black surfaces 609-610 diffuse gray surfaces 610-612 diffuse nongray surfaces 614-615 radiation shields 612-613 view factors 600-609 total emittance solar ahsoralance of selected 597-598 treated see Treated surfaces Surface conditions effects of on nonconductors 593-594 nonconductors affected by 593-595 thermal radiation .
