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Fluid Flow, Heat Transfer and Boiling in Micro-Channels (Heat and Mass Transfer)

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Synopses & Reviews

Publisher Comments:

The book presents the first systematic exposition of the problem related to microfluid flow developing under conditions of intensive heat transfer and phase changing of working fluid. A wide class of the problem are concerned with drag and heat transfer in micro-channels at laminar and turbulent flows of single and two-phase fluids, effect of energy dissipation, axial conduction, wall roughness on flow characteristics, in particular, values of operating parameters, corresponding to stable and unstable states. Attention is paid to analysis of steady and unsteady capillary flow with distinct interface in the frame of unit approach is based on quasi-one-dimensional model accounting the affect of capillarity, frictional and gravity forces on the flow development. A number of specific problems are connected with effect of axial conduction, wall roughness, as well as optimization of micro-heat exchanger is considered. The correlation for calculating drag and heat transfer of micro-channels different geometry are presented.

Synopsis:

The book treats the problem of single- and two-phase heat transfer in micro-channels. We consider the effect of wall roughness on energy dissipation, axial heat conduction, operating parameters corresponding to stable and unstable flow and steady and unsteady flow with distinct interface. In the book we use our own results on a number of problems related to flow and heat transfer, as well as those of numerous theoretical and experimental investigations published in current literature. The presented materials are easily comprehensible to engineers and engineering students with some graduate-level familiarity of fluid mechanics and the theory of heat transfer.

Synopsis:

Micro-channels are the future for cooling all types of circuits. This book presents the first systematic exposition of the problem related to microfluid flow developing under conditions of intensive heat transfer and phase changing of working fluid.

About the Author

Dr. Yarin is Visiting Professor of Faculty of Mechanical Engineering at the Technion -Israel Institute of Technology. He received his MS degree from Polytechnic Institute of Kharkov in 1952, his Candidate of Technical Sciences (Ph.D)degree from Institute of Energetics Acad. Of Kazakhstan in 1962 and his Doctor of Technical Sciences degree from the Institute of High Temperatures Acad. Sci. USSR in 1970. He is the author of about . 200 research works (including 5 monographs) in the fields of the Combustion Theory, Heat and Mass Transfer, Two-Phase Flows, Turbulent Flows, Energetics, Aircraft and Rocket Engines, Experimental Method in Gas Dynamics and Heat Transfer, Thermoanemometry, High Temperature Combustion Reactors and Microfluid Mechanics. The research activities of Professor Yarin have focused on detailed analysis of aerodynamics and thermal regimes of combustion in gas torches, gas, liquid fuels and coal combustion, combustion waves propagations in porous and bubbly media aerodynamics of furnaces and combustion chambers of jet and rocket engines, gasodynamics of jet flows, hydrodynamics of stratified flows, magnetohydrodynamics, turbulent two-phase flows, as well as the theory of chemical reactors, microfluid mechanics, in particular heat and mass transfer in micro-channels. He was Professor, Heat and Chair of Engineering Thermal Physics in Ukta Industrial Institute, where teaching undergraduate and graduate courses in Hydrodynamics, Heat and Mass Transfer, Thermodynamics. He is also teaching in Technion - Israel Institute of Technology undergraduate, graduate and Ph.D course "Principles of Combustion of Two-Phase Media." Dr Mosyak is Research Fellow, Senior A of Faculty of Mechanical Engineering, Technion, Haifa, Israel. He received his MS degree from Polytechnic Institute of Odessa in 1960, his Candidate of Technical Sciences (Ph.D) degree from Polytechnic Institute of Odessa in 1972. He is the author of about 100 research works in the field turbulent flows, two-phase flows, heat and mass transfer, microfluid mechanics and thermodynamics. He was Associate Professor of Energy Engineering, Kishinev Polytechnic Institute, USSR where teaching undergraduate and graduate courses in Hydrodynamics, Heat and Mass Transfer, Thermodynamics. Dr. Hetsroni is Danciger Professor of Engineering, Faculty of Mechanical Engineering at Technion - Israel Institute of Technology. He received his B.Sc. Cum Laude, Technion, I.I.T. in 1957, and got Ph.D from Michigan State University in 1963. He was with the Atomic Power Division of Westinghouse for a couple of years before joining the Faculty at the Technion in 1965; since 1974 he is Danciger Professor of Engineering. In the U.S.A. he held positions also with the Electric Power Research Institute. At the Technion he has served as Dean of Mechanical Engineering, and as Head of the Neaman Institute for Advanced Studies. He was also Head of the National Council for Research and Development of Israel. He was Visiting Professor at Carnegie Mellon University, Stanford University, the University of California-Santa Barbara, the University of Minnesota and the University of New South Wales. He was the Vice President for Region XIII of the ASME International and was a Governor of the ASME. He is a Chief Editor of the International Journal of Multiphase Flow. He is the author of about 250 research works (including 5 monographs) in the fields of Multiphase flow and heat transfer, Experimental and computational fluid mechanics and heat transfer, Turbulent Flows, Thermal-hydraulic design of nuclear reactors, Turbulent Boundary layers, Boiling and Steam Generators. The research activities of Professor Hetsroni have focused on detailed analysis Aerodynamics Two-Phase Turbulent Jets, Particle Turbulent Interactions, Heat Transfer in Two-Phase Turbulent Boundary Layer, Coherent Structure of turbulent Flows, Direct Numerical Simulations of Turbulent Flows, Boiling of Surfactant Solution, Heat and Mass Transfer in Microchannels, as well as PIV (Particle Image Velocimetry) and Hot-Foil InfraRed Imaging (HFIRI) measurements in a flume. At present he is the Chief of the Multiphase Flow Laboratory of Technion. (http://techunix.technion.ac.il/multiphaselab)

Table of Contents

Introduction.- Cooling systems of electronic devices.- Single phase flows.- Single phase heat transfer.- Two-phase flows.- Boiling in micro-channels.- Capillary flow with distinct interphase.- Steady and unsteady capillary flow with distinct interphases.- Laminar flow in a heated capillary with distinct interface.- Onset flow instability in heated capillary.- Properties of working fluid.- Drag and heat transfer in micro-channel.

Product Details

ISBN:
9783540787549
Author:
Yarin, L. P.
Publisher:
Springer
Author:
Hetsroni, G.
Author:
Mosyak, A.
Subject:
Mechanical
Subject:
Mechanics - Dynamics - Fluid Dynamics
Subject:
Mechanics - Dynamics - Thermodynamics
Subject:
Thermodynamics
Subject:
Caoilary flow
Subject:
Cooling.
Subject:
MEMS
Subject:
evaporating meniscus
Subject:
Engineering Thermodynamics, Heat and Mass Transfer
Subject:
Engineering Fluid Dynamics
Subject:
Fluid- and Aerodynamics
Subject:
Control, Robotics, Mechatronics <P>Micro-channels are the future for cooling all types of circuits </P> <P>Thermodynamics is the key factor for designing effective coolers</P>
Subject:
Mechanical Engineering-General
Subject:
Control, Robotics, Mechatronics
Copyright:
Edition Description:
Book
Series:
Heat and Mass Transfer
Publication Date:
20081117
Binding:
HARDCOVER
Language:
English
Illustrations:
Y
Pages:
495
Dimensions:
235 x 155 mm

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Fluid Flow, Heat Transfer and Boiling in Micro-Channels (Heat and Mass Transfer) New Hardcover
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$271.50 In Stock
Product details 495 pages Springer - English 9783540787549 Reviews:
"Synopsis" by , The book treats the problem of single- and two-phase heat transfer in micro-channels. We consider the effect of wall roughness on energy dissipation, axial heat conduction, operating parameters corresponding to stable and unstable flow and steady and unsteady flow with distinct interface. In the book we use our own results on a number of problems related to flow and heat transfer, as well as those of numerous theoretical and experimental investigations published in current literature. The presented materials are easily comprehensible to engineers and engineering students with some graduate-level familiarity of fluid mechanics and the theory of heat transfer.
"Synopsis" by , Micro-channels are the future for cooling all types of circuits. This book presents the first systematic exposition of the problem related to microfluid flow developing under conditions of intensive heat transfer and phase changing of working fluid.
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