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Process, Enhanced, and Multiphase Heat Transfer

ISBN:
1-56700-079-7 (Imprimir)

Process, Enhanced, and Multiphase Heat Transfer

Allan D. Kraus
Naval Postgraduate School, Monterey, CA; University of South Florida, Tampa, Florida

Descrição

This festschrift volume is a compilation of all the papers presented at the Arthur E. Bergles Symposium held at the Georgia Institute of Technology in Atlanta, Georgia on November 16, 1996. The papers included in this volume span the areas of heat transfer where Professor Bergles has made seminal contributions - heat transfer enhancement, pool and forced convective boiling, cooling of electronic and microelectronic devices, single phase forced convection and process heat transfer.
Professor Bergles has been one of the foremost articulators of the need for careful experimentation, appropriate numerical computing, and frequent interactions among various constituencies to achieve progress in the field of heat transfer. Throughout his work, he has always emphasized the applied aspects of fundamental research, and has endeavored to show how the results ultimately might be applied in industry.



519 pages, © 1996

Table of contents:

Preface
Arthur E. Bergles
Graduate Students of A. E. Bergles
Two Interviews of Art Bergles
PLENARY LECTURE
Artwork: A Review of Research Work Done by Professor Arthur (Art) Bergles
I. PROCESS HEAT TRANSFER
Gas-Side Fouling in Cement Plants
Heat Transfer and Solidification of Polymer Melt Flow in a Channel
Heat Transfer and Solidification of Polymer Melt Flow in a Channel
Effects of Thermal Conditions on Generation of Sink Marks of a Press-Formed Glass Product
Cooling Analyses of a Medical Isotope Production Reactor: Single-Phase Natural Convection
A Monte-Carlo Simulation of Radiation Heat Transfer from an Infinite Plane to Parallel Rows of Infinitely Long Tubes — Hottel Extended
II. BOILING HEAT TRANSFER
Pool Boiling Heat Transfer: Recent Advances and Expectations for the Future
Phenomenological Model of Pool Boiling from Enhanced Surfaces in Binary Mixtures
Boiling Heat Transfer from Covered and Structured Tubular Surfaces
Subcooled and Saturated Flow Boiling Characteristics of Refrigerant Flows in a Diamond-Pattern Micro-Channel Heat Exchanger
A Full Range Wall Heat Flux Model
Horizontal Flow Boiling of Alternative Regrigerants Within a Fluid Heated Micro-Fin Tube
High Heat Flux Boiling with Monodisperse Water Droplets
Subcooled Flow Boiling in Circumferentially Non-Uniform and Uniform Heated Vertical Channels with Downward Flow: Comparisons with Selected Two-Phase Correlations
III. COOLING OF ELECTRONIC EQUIPMENT
A Passive Immersion Cooling Module with a Finned Submerged Condenser
Heat Transfer Enhancement from Arrays of Discrete Heat Sources
Experimental Evaluation of Thermal Performance of and Cooling Enhancement to a Hand-Held Portable Electronic System
Review of Boiling Heat Transfer for Cooling of High-Power Density Integrated Circuit Chips
Optimization of Finned Arrays
IV. ENHANCEMENT OF HEAT TRANSFER
Historical Evolution of Enhanced Tubes - And a Look at the Future
Heat Transfer Enhancement by Direct Contact Drying of a Moving Porous Strip
Plate Heat Exchangers for Process Industry Applications: Enhanced Thermal-Hydraulic Characteristics of Chevron Plates
Active Augmentation of Single-Phase and Phase-Change Heat Transfer - An Overview
Application of Magnetic Fluids and Rotating Magnetic Fields in Heat Transfer Enhancement Studies
Heat Transfer Enhancement to the Flow of Gases and Liquids in the Channels
Mechanisms of Heat Transfer Enhancement in Flow Networks
Convective Heat Transfer Modifications Due to Flow Pulsations in Impinging Jets
Heat Transfer Enhanced by Pulsation
Enhancement of the Subcooled Boiling CHF in a Swirl Flow
Application of Passive Enhancement to a 400 Ton Propylene Glycol/Ammonia Spray Evaporator
Measurements on Augmented Heat Transfer Surfaces Using a Transient Liquid Technique
V. SINGLE PHASE FORCED CONVECTION
Numerical Modeling of Convective Heat Transfer
Laminar-Turbulent Transition for Air Flow in a Square Duct: A Study Using Temperature Fluctuations
Air-Side Flow and Heat Transfer in Compact Heat Exchangers: A Discussion of the Physics
Effect of Uncertainties in Fluid Properties on Mixed Convection Laminar Flow and Heat Transfer in an Isothermal Circular Tube
Coupled Heat and Mass Transfer in Rotary Dehumidifiers
Surface Roughness and Thermodynamic Irreversibility in Fully Developed Turbulent Duct Flow
Effects of Blade Profile on Turbine Blade Heat (Mass) Transfer
Numerical Prediction of Laminar Flow and Heat Transfer in a Square Tube with Twisted Tape Inserts
VI. MULTIPHASE FLOW AND HEAT TRANSFER
A CFD Analysis of a Multidimensional Two-Phase Flow and Heat Transfer Phenomena
Two-Phase Flow Dynamic Instabilities in Boiling Systems
Condensation on Low-Finned Tubes: Effects Non-Uniform Wall Temperature and Interphase Matter Transfer
Thermohydraulic Dewatering of Porous Material
Condensing Pure Vapors with a Non-Condensible Gas Inside Vertical, Internally Enhanced Tubes
SUBJECT INDEX
AUTHOR INDEX