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Computational fluid dynamics
by Patrick J. Roache Paperback (1972), Hermosa Publ.; ISBN: 0913478059
This is not a mathematics book but it addresses the messy problems associated with
actually obtaining numerical solutions to the fluid dynamics problems. Despite it's age
(1972) it is still a valuable book. The first order upwind differencing scheme is
introduced as the "pigpen method".
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Numerical Heat Transfer and Fluid Flow
by S.V. Patankar Hardcover (June 1980), Hemisphere Pub; ISBN: 0070487405
"Patankar" is introductory in style and is intended for the potential
practioner of numerical heat transfer and fluid flow. It stresses physical significance
rather than mathematical manipulation. Indeed most of the mathematics is limited to simple
algebra.
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Multigrid Methods
by Stephen McCormick (editor)Hardcover (1987), Soc. for Indus. and Applied Mathematics;
ISBN: 0898712149
A mathematical book geared towards multigrid methods. For code developers only.
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Computational Techniques for Fluid Dynamics (Vol I)
Fundamental and General Techniques
by Clive FletcherPaperback (1988), Springer; ISBN: 0387530584
The first of two volumes on CFD. Volume 1 develops the fundamental techniques
that are required to simulate fluid flow. |
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Computational Techniques for Fluid Dynamics (Vol II)
Specific Techniques for Different Flow Categories
by Clive FletcherPaperback (1988), Springer; ISBN: 0387530584
Volume II continues with specific techniques. Grid generation and the use of
generalized coordinates for complex domains are dealt with in detail.
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Using Computational Fluid Dynamics
by Chris ShawPaperback (1992), Prentice Hall; ISBN: 0139287140
An introductory guide to the analysis of flow problems using computational fluid
dynamics. The sofware packages described in this book have of course been developed much
further.
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Numerical Methods for Conservation Laws
by Randall J. LeVequePaperback (1992), Birkhauser; ISBN:
0817627235
A book on the theory and numerical solution of nonlinear hyperbolic systems of
conservation laws. Special attention is devoted to high resolution shock-capturing
methods, the theory of total variation diminishing (TVD) schemes and the use of limiter
functions.
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An Introduction to Computational Fluid Dynamics : The Finite Volume Method
by H. K. Versteeg, W. Malalasekera Paperback (1995), Addison-Wesley; ISBN: 0582218845
An introduction into and some theory behind the use of computational fluid
dynamics. Brought to you in an original style.
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Computational Fluid Dynamics
The Basics With Applications
by John D. Anderson Jr.Hardcover (1995), McGraw Hill; ISBN: 0070016852
The aerospace industry has different view on computational fluid dynamics then for
example the automotive industry. If you are an aerospace student or engineer then do not
miss this one.
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Computational Methods for Fluid Dynamics
by Joel Ferziger, Milovan Peric Paperback (1996), Springer Verlag; ISBN: 3540594345
This book offers a solid insight in the theory behind todays CFD-codes. It includes
advanced techniques like DNS and LES simulation of turbulence, moving grids and
unstructured hexahedral grids.The issues of numerical accuracy and estimation are dealt
with in detail.
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High performance computing in fluid dynamics
by Piet Wesseling (ed)Hardcover (1996), Kluwer; ISBN: 0792340639
The course notes of the June 1996 Summerschool on High Performance Computing in
fluid dynamics, held in Delft. The lectures presented here deal to a large extent with
algorithmic, programming and implementation issues. |
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