Conjugate Problems in Convective Heat Transfer (Hardcover)

Part I: Approximate Solutions

Analytical Methods for the Estimation of Heat Transfer from Nonisothermal Walls

Basic Equations

Self-Similar Solutions of the Boundary Layer Equations

Solutions of the Boundary Layer Equations in the Power Series

Integral Methods

Method of Superposition

Solutions of the Boundary Layer Equations in the Series of Shape Parameters

Approximate Solutions of Conjugate Problems in Convective Heat Transfer

Formulation of a Conjugate Problem of Convective Heat Transfer

The Case of Linear Velocity Distribution across the Thermal Boundary Layer

The Case of Uniform Velocity Distribution across the Thermal Boundary Layer (Slug Flow)

Solutions of the Conjugate Convective Heat Transfer Problems in the Power Series

Solutions of the Conjugate Heat Transfer Problems by Integral Methods

Heat Transfer from Arbitrary Nonisothermal Surfaces in a Laminar Flow

The Exact Solution of the Thermal Boundary Layer Equation for an Arbitrary Surface Temperature Distribution

Generalization for an Arbitrary Velocity Gradient in a Free Stream Flow

General Form of the Influence Function of the Unheated Zone: Convergence of the Series

The Exact Solution of the Thermal Boundary Layer Equation for an Arbitrary Surface Heat Flux Distribution

Temperature Distribution on an Adiabatic Surface in an Impingent Flow

The Exact Solution of an Unsteady Thermal Boundary Layer Equation for Arbitrary Surface Temperature Distribution

The Exact Solution of a Thermal Boundary Layer Equation for a Surface with Arbitrary Temperature in a Compressible Flow

The Exact Solution of a Thermal Boundary Layer Equation for a Moving Continuous Surface with Arbitrary

Temperature Distribution

The Other Solution of a Thermal Boundary Layer Equation for an Arbitrary Surface Temperature Distribution

Heat Transfer from Arbitrary Nonisothermal Surfaces in Turbulent Flow

Basis Relations for the Equilibrium Boundary Layer

Solution of the Thermal Turbulent Boundary Layer Equation for an Arbitrary Surface Temperature Distribution

Intensity of Heat Transfer from an Isothermal Surface: Comparison with Experimental Data

The Effect of the Turbulent Prandtl Number on Heat Transfer on Flat Plates

Coefficients gk of Heat Flux Series for Nonisothermal Surfaces

Approximate Relations for Heat Flux in a Transition Regime

General Properties of Nonisothermal and Conjugate Heat Transfer

The Effect of Temperature Head Distribution on Heat Transfer Intensity

Gradient Analogy and Reynolds Analogy

Heat Flux Inversion

Zero Heat Transfer Surfaces

Examples of Optimizing Heat Transfer in Flow over Bodies

Analytical Methods for Solving Conjugate Convective Heat Transfer Problems

A Biot Number as a Criterion of the Conjugate Heat Transfer Rate

General Boundary Condition for Convective Heat Transfer Problems: Errors Caused by Boundary Condition of the Third Kind

Reduction of a Conjugate Convective Heat Transfer Problem to an Equivalent Heat Conduction Problem

Temperature Singularities on the Solid?Fluid Interface

Universal Functions for Solving Conjugate Heat Transfer Problems ? Solution Examples

Reducing the Unsteady Conjugate Convective Heat Transfer Problem to an Equivalent Heat Conduction Problem

Integral Transforms and Similar Methods

Solutions in Asymptotic Series in Eigenfunctions

Superposition and Other Methods

Green’s Function and the Method of Perturbation

Numerical Methods for Solving Conjugate Convective Heat Transfer Problems

Analytical and Numerical Methods

Approximate Analytical and Numerical Methods for Solving Differential Equations

Difficulties in Computing Convection-Diffusion and Flow

Numerical Methods of Conjugation

Examples of Numerical Studies of the Conjugate Convective Heat Transfer in Pipes and Channels

Examples of Numerical Studies of the Conjugate Convective Heat Transfer in Flows around and inside Bodies

Thermal Treatment of Materials

Moving Materials Undergoing Thermal Processing

Simulation of Industrial Processes

Drying of Continuous Moving Materials

Technological Processes

Multiphase and Phase-Change Processes

Drying and Food Processing

Manufacturing Equipment Operation

Heat Exchangers and Finned Surfaces

Cooling Systems

Conclusion