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Advances in Heat Transfer

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Advances in Heat Transfer

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• Advances in Heat Transfer

The serial publication “Advances in Heat Transfer” is designed to fill the information gap between the regularly scheduled journals and university level textbooks. The general purpose of this series is to present review articles or monographs on special topics of current interest. Each article starts from widely understood principles and in a logical fashion brings the reader up to the forefront of the topic. The favorable response to the volumes published to date by the international scientific and engineering community is an indication of how successful our authors have been in fulfilling this purpose.

The editors are pleased to announce the publication of Volume 8 and wish to express their appreciation to the current authors who have so effectively maintained the spirit of the series.

Edited by
James P. Hartnett
Deparrtment of Energy Engineeringq
University of IIlinois
Chicago, Illinois

Thomas F. Irvine, Jr.
StatcJ University of New York
at Stony Brook
Stony Brook Long Island
New York

Published 1972

CONTENTS
List of Contributors
Preface
Contents of Previous Volumes

Recent Mathematical Methods in Heat Transfer
I . Introduction
I1 . Perturbation Methods
111 . Asymptotic Methods
IV . Variational Methods
V . Methods Related to the Solution of Integral Equations
VI . Methods Based on the Use of the Complex Variable
VII . Special Methods for the Solution of Partial Differential
VIII . Application of Matrices
IX . Eigenfunction Expansions
X . Miscellaneous Methods
XI . Conclusion
Nomenclature
References.
Equations

Heat Transfer from Tubes in Crossflow
I . Introduction
I1 . Flow Past a Single Tube
I l l . Flow Past a Tube in a Bank
IV . Influence of Fluid Properties on Heat Transfer
V . Heat Transfer of a Single Tube
VI . Heat Transfer of a Tube in a Bank
VII . Hydraulic Resistance of Banks
VIlI . Calculation of Banks of Tubes in Crossflow.
Nomenclature.
References

Natural Convection in Enclosures
I . Introduction
I 1 . Rectangular Cavities
111 . Horizontal Circular Cylinder
IV . Concluding Remarks
Nomenclature
References

Infrared Radiative Energy Transfer in Gases
I . Introduction
I I . Band Absorptance Models
Ill . Basic Equations
Radiative Transfer Analyses
V . Concluding Remarks
1V . Nomenclature.
References

Wall Turbulence Studies
I 1 . Turbulence Problem
111 . Current Experimental Methods
IV . Survey of Illustrative Experimental Results
V . Hot Wire-Cold Wire Experimental Method
VI . Experimental Results
VII . Statistical Analysis
V111 . Concluding Remarks .
Symbols
References