Advances in Heat Transfer (eBook)

Front Cover 1
Advances in Heat Transfer, Volume 13 4
Copyright Page 5
Contents 6
List of Contributors 8
Preface 10
Contents of Previous Volumes 12
Chapter 1. Heat and Mass Transfer between Impinging Gas Jets and Solid Surfaces 16
Introduction 16
I. Hydrodynamics of Impinging Flow 17
II. Heat and Mass Transfer: Variables and Boundary Conditions 21
III. Local Variation of the Transfer Coefficients 23
IV. Integral Mean Transfer Coefficients 28
V. Influence of Outlet Flow Conditions on Transfer Coefficients for Arrays of Nozzles 42
VI. Other Parameters Influencing Heat and Mass Transfer 56
VII. Optimal Spatial Arrangements of Nozzles 60
VIII. Design of High-Performance Arrays of Nozzles 67
Nomenclature 73
References 74
Chapter 2. Heat and Mass Transfer in Rivers, Bays, Lakes, and Estuaries 76
I. Introduction 77
II. Two-Dimensional Parabolic Phenomena 85
III. Two-Dimensional Steady Jets and Plumes 88
IV. Two-Dimensional Steady Boundary Layers Adjacent to Phase Interfaces 94
V. One-Dimensional Unsteady Vertical-Distribution Models 104
VI. Two-Dimensional Floating Layers 113
VII. Concluding Remarks 128
Nomenclature 128
References 129
Chapter 3. Simultaneous Heat, Mass, and Momentum Transfer in Porous Media: A Theory of Drying 134
I. Introduction 134
II. The Basic Equations of Mass and Energy Transport 141
III. Energy Transport in a Drying Process 168
IV. Mass Transport in the Gas Phase 180
V. Convective Transport in the Liquid Phase 190
VI. Solution of the Drying Problem 207
VII. The Diffusion Theory of Drying 209
VIII. Conclusions 213
Nomenclature 214
References 215
Chapter 4. Viscous Dissipation in Shear Flows of Molten Polymers 220
I. Introduction 220
II. Shear Flow (Viscometric Flow) 227
III. Elongational Flow Shear Flow and Elongational Flow Super- imposed (Nonviscometric Flow)
IV. Summary 277
Nomenclature 278
References 279
Author Index 284
Subject Index 289