Intermediate Heat Transfer

Basic Concepts Introduction to Heat Transfer Conservation of Energy Conduction Convection Radiation General Heat Diffusion Equation Coordinate Systems Initial and Boundary Conditions One-Dimensional Conduction without Energy Generation Composite Systems Contact Resistance Steady One-Dimensional Conduction with Heat Generation Closure Problems References Basic Means Nondimensionalization Analytical Solutions Numerical Methods Problems References Fins Introduction Quasi One-Dimensional Heat Transfer Energy Equation Nondimensionalization Constant-Area Fins Variable-Area Fins, Analytical Solutions Numerical Solution Fin Arrays Radiation Fins Foam Fins Problems References Multidimensional Conduction Steady Two-Dimensional Conduction Superposition Conduction Shape Factors Numerical Solution Problems References Transient Conduction Introduction Lumped Heat Capacity System (Lumped Parameter Method) General Unsteady Heat Conduction Multidimensional System Numerical Solution of Transient Conduction Transient Fins Moving Boundary Problem Problems Reference Convection Introduction Conservation Equations Conservation of Momentum Conservation of Energy Equation Index Notation Streamlines and Stream Function Nondimensionalization Problems Reference External Flow Boundary Layer Flows Boundary Layer Flow over a Flat Plate Boundary Layer Equations in Curvalinear Coordinates Boundary Layer over a Horizontal Flat Plate Nonsimilar Boundary Layer Flow Jet Flow Flow over Rotating Surfaces Problems References Internal Flow Introduction Couette Flow General Considerations in Duct Flow Mean Temperature Analysis Nusselt Number Calculation Laminar Fully Developed Flow between Two Parallel Plates (Hagen-Poiseuille Flow) Laminar Fully Developed Flow in Circular Duct Hydrodynamically Developed and Thermally Developing Flow Hydrodynamically and Thermally Developed Flow in Rectangular Duct Helicoidal Pipes Moving Solids Problems References Turbulent Flow Introduction Solution of Turbulent Flows Turbulence Models Turbulent Fully Developed Duct Flow Turbulent Boundary Layer Other Turbulence Models Problems References Heat Transfer by Natural Convection Introduction Natural Convection Boundary Layer Flow Combined Natural and Forced Convection Problems References Heat Exchangers Heat Exchanger Analysis Heat Exchanger Efficiency Log Mean Temperature Difference Approach Effectiveness NTU Method Heat Exchanger Networks Compact Heat Exchangers Microchannel Heat Exchanger Problems References Radiation Heat Transfer Introduction Definitions Blackbody Radiation Exchange between Surfaces Problems References Participating Medium Introduction Energy Balance and Equation of Transfer Radiative Properties of Gases Mixed-Mode Heat Transfer Problems References Phase Change Introduction Condensation Film Condensation Dropwise Condensation Pool Boiling Problems References Mass Transfer and Reactive Flows Introduction Definitions Law of Conservation of Species Chemically Reactive Flows Boundary Layer Flow Transformation Homogeneous Combustion Catalytic Combustion Problems References Computational Fluid Dynamics Introduction Governing Equations Spatial Discretization or Grid Generation Pressure Velocity Coupling Under-Relaxation Boundary Conditions Grid Independence Tutorial : The Laminar Boundary Layer Flow over a Flat Plate Tutorial : Turbulent Pipe Flow Concluding Remarks Problems References Appendix Index