| LEADER 00000nam 2200000uu 4500 |
| 001 13399111709 |
| 003 ULIBM |
| 008 120711s||||||||th 000 0 tha d |
| 020 0534375960 (hc) |
| 040 DLC^cDLC^dBAKER^dBTCTA^dYDXCP^dU3Q^dVA@ |
| 082 0 ^a621.402^bKP |
| 100 1 Kreith, Frank |
| 245 10 Principles of heat transfer |
| 250 6th ed. /^bFrank Kreith, Mark S. Bohn |
| 260 Australia ;^aPacific Grove, Calif. :^bBrooks/Cole Pub.,^cc2001 |
| 300 xviii, 700 p. :^bill. (some col.) ;^c25 cm^d810 |
| 504 Includes bibliographical references and index |
| 505 00 ^g1^tBasic Modes of Heat Transfer^g1 --^g1.1^tRelation ofHeat Transfer to Thermodynamics^g1 --^g1.2^tHeat Conduction^g4 --^g1.3^tConvection^g17 --^g1.4^tRadiation^g21 --^g1.5^tCombined Heat Transfer Systems^g24 --^g1.6^tThermal Insulation^g41 --^g1.7^tHeat Transfer and the Law of Energy Conservation^g47 --^g1.8^tDimensions and Units^g53 --^g2^tHeat Conduction^g73 --^g2.2^tConduction Equation^g74 --^g2.3^tSteady Heat Conduction in Simple Geometries^g80 --^g2.4^tExtended Surfaces^g95 --^g2.5^tMultidimensional Steady Conduction^g106 --^g2.6^tTransient Heat Conduction^g116 --^g2.7^tCharts for Transient Heat Conduction^g134 --^g3^tNumerical Analysis of Heat Conduction^g171 --^g3.2^tOne-Dimensional Steady Conduction^g172 --^g3.3^tOne-Dimensional Unsteady Conduction^g184 --^g3.4^tTwo-Dimensional Unsteady and Steady Conduction^g199 --^g3.5^tCylindrical Coordinates^g216 --^g3.6^tIrregular Boundaries^g218 --^g4^tAnalysis of Convection Heat Transfer^g233 --^g4.2^tConvection Heat Transfer^g233 --^g4.3^tBoundary-Layer Fundamentals^g236 --^g4.4^tConservation of Mass, Momentum, and Energy for Laminar Flow over a Flat Plate^g238 --^g4.5^tDimensionlessBoundary-Layer Equations and Similarity Parameters^g242 --^g4.6^tEvaluation of Convection Heat Transfer Coefficients^g246 --^g4.7^tDimensional Analysis^g247 --^g4.8^tAnalyticSolution for Laminar Boundary-Layer Flow over a Flat Plate^g255 --^g4.9^tApproximate Integral Boundary-Layer Analysis^g264 --^g4.10^tAnalogy Between Momentum and Heat Transfer in Turbulent Flow over a Flat Surface^g270 --^g4.11^tReynolds Analogy for Turbulent Flow over Plane Surfaces^g276 --^g4.12^tMixed Boundary Layer^g277 --^g4.13^tSpecial Boundary Conditions and High-Speed Flow^g280 --^g5^tNatural Convection^g301 --^g5.2^tSimilarity Parameters for Natural Convection^g303 --^g5.3^tEmpirical Correlation for Various Shapes^g312 --^g5.4^tRotating Cylinders, Disks, and Spheres^g327 --^g5.5^tCombined Forced and Natural Convection^g329 --^g5.6^tFinned Surfaces^g333 --^g6^tForced Convection Inside Tubes and Ducts^g355 --^g6.2^tAnalysis of Laminar Forced Convection in a Long Tube^g365 --^g6.3^tCorrelations for Laminar Forced Convection^g375 --^g6.4^tAnalogy Between Heat and Momentum Transfer in Turbulent Flow^g389 --^g6.5^tEmpirical Correlations for Turbulent Forced Convection^g393 --^g6.6^tForced Convection and Cooling of ElectronicDevices^g404 --^g7^tForced Convection over Exterior Surfaces^g421 --^g7.1^tFlow over Bluff Bodies^g421 --^g7.2^tCylinders, Spheres, and Other Bluff Shapes^g423 --^g7.3^tPacked Beds^g441 --^g7.4^tTube Bundles in Cross-Flow^g445 --^g7.5^tFree Jets^g460 --^g8^tHeat Exchangers^g485 --^g8.2^tBasic Types of Heat Exchangers^g485 --^g8.3^tOverall Heat Transfer Coefficient^g493 --^g8.4^tLog MeanTemperature Difference^g497 --^g8.5^tHeat Exchanger Effectiveness^g504 --^g8.6^tHeat Transfer Enhancement^g514--^g9^tHeat Transfer by Radiation^g539 --^g9.1^tThermal Radiation^g539 --^g9.2^tBlackbody Radiation^g541 --^g9.3^tRadiation Properties^g553 --^g9.4^tRadiation Shape Factor^g571 --^g9.5^tEnclosures with Black Surfaces^g581 --^g9.6^tEnclosures with Gray Surfaces^g585 --^g9.7^tMatrixInversion^g591 --^g9.8^tRadiation Properties of Gases and Vapors^g603 --^g9.9^tRadiation Combined with Convection and Conduction^g612 --^g10^tHeat Transfer with Phase Change^g627 --^g10.1^tIntroduction to Boiling^g627 --^g10.2^tPool Boiling^g627 --^g10.3^tBoiling in Forced Convection^g649 --^g10.4^tCondensation^g663 --^g10.5^tCondenser Design^g673 --^g10.6^tHeat Pipes^g674 --^g10.7^tFreezing and Melting^g687 --^gAppendix 1^tInternational System of Units^g3 --^tProperties of Solids^g7 --^tThermodynamic Properties of Liquids^g14 --^tHeat Transfer Fluids^g23 --^tLiquid Metals^g24 --^tThermodynamic Properties of Gases^g26 --^tMiscellaneous Properties, Computer Codes, and Error Function^g37 --^tCorrelation Equations for Physical Properties^g46 --^gAppendix 3^tTridiagonal Matrix Computer Program^g51 --^gAppendix 4^tHeat Transfer5 Literature^g54 --^gAppendix 5^tMathcad Problems^g55 |
| 650 0 Heat^xTransmission |
| 700 1 Bohn, Mark |
| 945 ^p810^l0^i007967 |
| 999 ^aคณะวิศวะ (มมส) |
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