内容

目次

1 Introduction to Momentum Transfer 1 2 Fluid Statics 16 3 Description of a Fluid in Motion 29 4 Conservation of Mass: Control–Volume Approach 34 5 Newton???s Second Law of Motion: Control–Volume Approach 43 6 Conservation of Energy: Control–Volume Approach 63 7 Shear Stress in Laminar Flow 81 8 Analysis of a Differential Fluid Element in Laminar Flow 92 9 Differential Equations of Fluid Flow 99 10 Inviscid Fluid Flow 113 11 Dimensional Analysis and Similitude 125 12 Viscous Flow 137 13 Flow in Closed Conduits 168 14 Fluid Machinery 185 15 Fundamentals of Heat Transfer 201 16 Differential Equations of Heat Transfer 217 17 Steady–State Conduction 224 18 Unsteady–State Conduction 252 19 Convective Heat Transfer 274 20 Convective Heat–Transfer Correlations 297 21 Boiling and Condensation 323 22 Heat–Transfer Equipment 336 23 Radiation Heat Transfer 359 24 Fundamentals of Mass Transfer 398 25 Differential Equations of Mass Transfer 433 26 Steady–State Molecular Diffusion 452 27 Unsteady–State Molecular Diffusion 496 28 Convective Mass Transfer 517 29 Covective Mass Transfer Between Phases 551 30 Covective Mass–Transfer Correlations 569 31 Mass–Transfer Equipment 603 Appendixes 648 Author Index 703 Subject Index 705