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کتاب The Finite Element Method in Heat Transfer and Fluid Dynamics
نویسنده:
Kalyan Annamalai and Ishwar K. Puri
ناشر:
CRC Press
تعداد صفحه:
۵۱۵
زبان نوشتار:
انگلیسی
سال انتشار:
۲۰۱۰
معرفی کتاب The Finite Element Method in Heat Transfer and Fluid Dynamics
Computational fluid mechanics (CFD) and computational heat transfer (CHT)
continue to evolve at a significant pace and have become an ever increasing presence
in standard engineering design and analysis practice. The seemingly endless increase
in computing power in both single processor and parallel environments has allowed
realistic problems of significant complexity and fidelity to be routinely solved and
utilized in technological advances. Commercial software has made rapid progress in
providing a broad spectrum of analysis capabilities to a variety of industries. Though
software is increasingly robust, accurate CFD and CHT simulations still require a
knowledgeable user, with a background in both mechanics and numerical methods.
The present edition of this book remains focused on providing the information
required by an individual who is interested in good numerical methods for the study
and understanding of fluid mechanics and heat transfer phenomena.
This book remains practical in scope and content with an emphasis on
computational procedures that we have found effective on a wide spectrum of
applications. Little, if any, material has been deleted from the second edition. New
material has been added primarily in the first five chapters and reflects the research
thrusts over the last eight years. Chapter 1 contains the general description of
the boundary value problems of interest and has been expanded with a section on
mathematical preliminaries and a section on low-speed compressible flows. Chapter
2 continues with the introduction of the finite element method and is essentially
unchanged. The thermal conduction and radiation problem is discussed in great
detail in Chapter 3, and has a new discussion of mode superposition methods and
a more detailed account of radiation solution methods. The isothermal, viscous
flow problem is the topic of Chapter 4. The section on stabilized methods has been
expanded with more discussion of variational multiscale methods (VMM), and a new
section on least-squares finite element models (LSFEM) has been added. Chapter
5 extends the finite element method to non-isothermal flows and now includes a
section on the formulation of low-speed, compressible flows. Non-Newtonian flow
problems, both inelastic and viscoelastic, are included in Chapter 6, which is largely
unchanged. Chapter 7 remains focused on the formulations and algorithms for
multidisciplinary problems involving fluid mechanics, heat transfer, solid mechanics,
and electromagnetics; the last chapter is on parallel computing, including a general
discussion of the parallel architecture and the implementation of finite element
models. Organization of the text, equation numbering, references, and symbols
retain the same style as used in the previous editions. References have been added
as needed without the removal of older citations. We believe it is important to retain
the historical record.
The authors thank the publisher for the opportunity to prepare this third edition.
The first author thanks colleagues Drs. Vinu Unnikrishnan and Ginu Unnikrishnan
for their help with the scanning of figures from the first two editions and preparing
the subject index, and Feifei Cheng for proofreading of the manuscript. The
second author again thanks his numerous present and former colleagues at Sandia
National Laboratories who continue to present challenging engineering applications
in applied and computational mechanics. Specific acknowledgments must go to Drs.
Mike Glass, Rick Givler, Charles Hickox, Roy Hogan, Mario Martinez and Phil
Sackinger for collaboration and assistance in much of the algorithm development
and demonstration simulations cited in this work. Portions of this book are taken
from research work performed at Sandia National Laboratories under Contract No.
DEAC0494AL85000 awarded by the U.S. Department of Energy and are used
with permission. The authors dedicate this book to their wives, Aruna and Laura,
who have graciously tolerated the authors preoccupation with the writing of the
book.
continue to evolve at a significant pace and have become an ever increasing presence
in standard engineering design and analysis practice. The seemingly endless increase
in computing power in both single processor and parallel environments has allowed
realistic problems of significant complexity and fidelity to be routinely solved and
utilized in technological advances. Commercial software has made rapid progress in
providing a broad spectrum of analysis capabilities to a variety of industries. Though
software is increasingly robust, accurate CFD and CHT simulations still require a
knowledgeable user, with a background in both mechanics and numerical methods.
The present edition of this book remains focused on providing the information
required by an individual who is interested in good numerical methods for the study
and understanding of fluid mechanics and heat transfer phenomena.
This book remains practical in scope and content with an emphasis on
computational procedures that we have found effective on a wide spectrum of
applications. Little, if any, material has been deleted from the second edition. New
material has been added primarily in the first five chapters and reflects the research
thrusts over the last eight years. Chapter 1 contains the general description of
the boundary value problems of interest and has been expanded with a section on
mathematical preliminaries and a section on low-speed compressible flows. Chapter
2 continues with the introduction of the finite element method and is essentially
unchanged. The thermal conduction and radiation problem is discussed in great
detail in Chapter 3, and has a new discussion of mode superposition methods and
a more detailed account of radiation solution methods. The isothermal, viscous
flow problem is the topic of Chapter 4. The section on stabilized methods has been
expanded with more discussion of variational multiscale methods (VMM), and a new
section on least-squares finite element models (LSFEM) has been added. Chapter
5 extends the finite element method to non-isothermal flows and now includes a
section on the formulation of low-speed, compressible flows. Non-Newtonian flow
problems, both inelastic and viscoelastic, are included in Chapter 6, which is largely
unchanged. Chapter 7 remains focused on the formulations and algorithms for
multidisciplinary problems involving fluid mechanics, heat transfer, solid mechanics,
and electromagnetics; the last chapter is on parallel computing, including a general
discussion of the parallel architecture and the implementation of finite element
models. Organization of the text, equation numbering, references, and symbols
retain the same style as used in the previous editions. References have been added
as needed without the removal of older citations. We believe it is important to retain
the historical record.
The authors thank the publisher for the opportunity to prepare this third edition.
The first author thanks colleagues Drs. Vinu Unnikrishnan and Ginu Unnikrishnan
for their help with the scanning of figures from the first two editions and preparing
the subject index, and Feifei Cheng for proofreading of the manuscript. The
second author again thanks his numerous present and former colleagues at Sandia
National Laboratories who continue to present challenging engineering applications
in applied and computational mechanics. Specific acknowledgments must go to Drs.
Mike Glass, Rick Givler, Charles Hickox, Roy Hogan, Mario Martinez and Phil
Sackinger for collaboration and assistance in much of the algorithm development
and demonstration simulations cited in this work. Portions of this book are taken
from research work performed at Sandia National Laboratories under Contract No.
DEAC0494AL85000 awarded by the U.S. Department of Energy and are used
with permission. The authors dedicate this book to their wives, Aruna and Laura,
who have graciously tolerated the authors preoccupation with the writing of the
book.
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