Advances in Heat Transfer is designed to fill the information gap between the regularly scheduled journals and university level textbooks, allowing for in-depth review articles on a broader scope than is allowable in either journals or texts.
Preface
PART I : CONTACT MELTING HEAT TRANSFER AND LUBRICATION
Chapter 1 : Introduction
Chapter 2 : Contact Melting inside a Heated Capsule
Chapter 3 : Sinking of a Hot Object Embedded in a Solid Phase Change Material
Chapter 4 : Sliding Contact Melting
Chapter 5 : Scale Analysis and Correlation of Contact Melting
Chapter 6 : Melting Due to Viscous Heating in the Liquied Film
Chapter 7 : Lubrication by Melting over Discrete Contact Spots
Chapter 8 : The Effect of Heat Transfer in the Solid Parts
Chapter 9 : Rolling Contact Melting
Chapter 10 : Contact Heating and Softening of a Body of Glass
Chapter 11 : Pressure Melting of Ice
Chapter 12 : Concluding Remarks
PART II : VARIATIONAL SOLUTIONS OF TRANSIENT HEAT CONDUCTION THROUGH BODIES OF FINITE LENGTH
Chapter 13 : Introduction
Chapter 14 : Formalization of Variational Principle with Vanishing Parameter
Chapter 15 : Nonlinear Equations and Corresponding Action Integrals
Chapter 16 : Direct Methods Based on Variational Principle with Vanishing Parameter
Chapter 17 : Approximate Solutions Using Euler-Lagrange Equations
Chapter 18 : Approximate Solutions Using Rayleigh Ritz Method
Chapter 19 : Approximate Solutions via Canonical Form of Variational Principle
Chapter 20 : Concluding Remarks
PART III : NON-NEWTONIAN FLUID HEAT TRANSFER IN POROUS MEDIA
Chapter 21 : Introduction
Chapter 22 : Basic Definitions and Equations
Chapter 23 : Steady State Forced Convection
Chapter 24 : Steady State Natural Convection
Chapter 25 : Steady State Mixed Convection
Chapter 26 : Steady State Convection
Chapter 27 : Nonsteady State Convection
Chapter 28 : Concluding Remarks
PART IV : ELEMENTS OF PRESSURE BASED COMPUTATIONAL ALGORITHMS
Chapter 29 : Introduction
Chapter 30 : Pressure Based Formulation for all Flow Speeds
Chapter 31 : Choice of Velocity Variables
Chapter 32 : Grid
Chapter 33 : Open Boundary Treatment
Chapter 34 : Convection Treatment
Chapter 35 : Convergence and Matrix Solver
Chapter 36 : Practical Applications
Chapter 37 : Concluding Remarks
PART V : UNSTEADY BUOYANT CONVECTION IN AN ENCLOSURE
Chapter 38 : Introduction
Chapter 39 : Unsteady Buoyancy Driven Convection
Chapter 40 : Unsteady Nonbuoyancy Driven Convection
Chapter 41 : Summary
Index
