Intermediate heat transfer

I: FUNDAMENTALS OF HEAT TRANSFER Fundamentals of Heat Transfer . Conduction . Convection . Radiation . Combined Convection and Radiation II: CONDUCTION The General Heat Conduction Equation . Introduction . Governing Differential Equation of Heat Conduction . Laplace Equation . Poisson's Equation . Fourier's Equation . Initial and Boundary Conditions . First Kind (Dirichlet) Boundary Conditions . Second Kind (Neumann) Boundary Conditions . Third Kind (Robin or Mixed) Boundary Conditions . Temperature-Dependent Thermal Conductivity . Dimensionless Heat Conduction Numbers One-Dimensional Steady-State Heat Conduction . The Slab (One-Dimensional Cartesian Coordinates) . The Cylinder (One-Dimensional Cylindrical Coordinates) . The Sphere (One-Dimensional Spherical Coordinates) . Thermal Resistance . Conduction Through a Slab from One Fluid to Another Fluid . Composite Medium . Thermal Contact Resistance . Standard Method of Determining the Thermal Conductivity in a Solid . Temperature-Dependent Thermal Conductivity . Critical Radius of Insulation . Effects of Radiation . One-Dimensional Extended Surfaces Two-Dimensional Steady and One-Dimensional Unsteady Heat Conduction . Method of Separation of Variables . Steady-State Heat Conduction in a Rectangular Region . Heat Flow . Separation into Simpler Problems . Summary of Steps Used in the Method of Separation of Variables . Steady-State Heat Conduction in a Two-Dimensional Fin . Transient Heat Conduction in a Slab Numerical Analysis in Conduction . Introduction . Finite Difference of Derivatives . Finite Difference Equations for 2D Rectangular Steady-State Conduction . Finite Difference Representation of Boundary Conditions . Solution of Finite Difference Equations . Finite Difference Equations for 1D Unsteady-State Conduction in Rectangular Coordinates . Finite Difference of 2D Unsteady-State Problems in Rectangular Coordinates . Finite Difference Method Applied in Cylindrical Coordinates . Truncation Errors and Round-Off Errors in Finite Difference Method . Stability and Convergence III: CONVECTION Equations for Convection . Continuity . Momentum Equations . Energy Equation . Summary of Governing Equations . Dimensionless Numbers . The Boundary Layer Equations External Forced Convection Momentum Integral Method of Analysis . Integral Method of Analysis for Energy Equation . Hydrodynamic and Thermal Boundary Layers on a Flat Plate, Where Heating Starts at x=x0 . Similarity Solution Internal Forced Convection Couette Flow . Heat Transfer and Velocity Distribution in Hydrodynamically and Thermally Developed Laminar Flow in Conduits . The Circular Tube Thermal-Entry Length, with Hydrodynamically Fully Developed Laminar Flow . The Rectangular Duct Thermal-Entry Length, with Hydrodynamically Fully Developed Laminar Flow Natural Convection . Boundary Layer Concept for Free Convection . Similarity Solution: Boundary Layer with Uniform Temperature . Similarity Solution: Boundary Layer with Uniform Heat Flux . Integral Method of Solution Numerical Analysis in Convection . Introduction . Burgers Equation . Convection Equations . Numerical Algorithms . Boundary Layer Equations . Convection with Incompressible Flow . Two-Dimensional Convection with Incompressible Flow . Convection in a Two-Dimensional Porous Medium IV: RADIATION Basic Relations of Radiation . Thermal Radiation . Radiation Intensity and Blackbody . Reflectivity, Absorptivity, Emissivity, and Transmissivity . Kirchoff's Law of Radiation Radiative Exchange in a Non-Participating Medium . Radiative Exchange Between Two Differential Area Elements . Concept of View Factor . Properties of Diffuse View Factors . Determination of Diffusive View Factor by Contour Integration . Relations Between View Factors . Diffuse View Factor Between an Elemental Surface and an Infinitely Long Strip . Diffuse View Factor Algebra Radiation Exchange in Long Enclosures . Diffuse View Factor in Long Enclosures Radiation with Other Modes of Heat Transfer . Introduction . Radiation with Conduction . Radiation with Convection . Radiation with Conduction and Convection Appendix A: Bessel Functions Appendix B: Physical Constants and Thermophysical Properties Index