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Computational Fluid Dynamics

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Language:  English
This book provides the basics of Computational Fluid Dynamics (CFD) appropriate to modern day undergraduate study.
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This book provides the basics of Computational Fluid Dynamics (CFD) appropriate to modern day undergraduate study. The aim is to bridge the gap between books focusing on detailed theoretical analysis and commercial software user’s guides which do not contain significant theory. The book provides the reader with the theoretical background of basic CFD methods without going into deep detail into the mathematics or numerical algorithms.

There is a large number of commercial CFD packages in the market nowadays and CFD has established itself as a useful analysis and design tool. In addition, there is a large number of research and public domain CFD programmes. As a student you are most likely to use an existing CFD programme than write a new one from scratch. In some occasions, students might do certain modifications or additions to existing programmes to tailor them for a particular problem.

On the other hand there is a large number of published CFD books. However most of those, if not all, are targeted towards postgraduate students or researchers who are interested in understanding, in detail, the numerical algorithms to enable them to develop or adapt CFD programs.

Commercial CFD tools usually come with user’s guides and examples manuals that provide users with information of how to use that particular tool. However, in most cases, there is no explanation of the theoretical background which enables the user to make an informed choice of the technique used, or the type of boundary conditions to apply.

This book aims at bridging the gap between the two streams above by providing the reader with the theoretical background of basic CFD methods without going into deep detail of the mathematics or numerical algorithms. This will allow students to have a grasp of the basic models solved, how they are solved and the reasoning behind the choice of any particular method. This will give them an informed choice when they want to apply CFD tools to a particular engineering problem.

Thus the rest of this Chapter will present an overview of engineering prediction methods comparing the scope, advantages and limitations of experimental methods, analytical methods and CFD techniques. It will then present typical problems that can be solved by CFD for illustration purposes. It will then end with outlining the structure of the rest of this book to help the student find his way through.

  1. Introduction
    1. Scope of this book
    2. Prediction Methods
    3. Typical problems
    4. Outline of this book
  2. Basic Equations of Fluid Flow and Levels of Approximation
    1. The Navier-Stokes Equations
    2. Turbulent flow
    3. Inviscid flow
    4. Boundary layer approximation
    5. Closure
  3. Basic Computational Techniques
    1. Discretisation
    2. Discretisation Methods
    3. The Accuracy of the Discretisation Process
    4. Illustrative Example
    5. Closure
  4. Properties of Numerical Schemes
  5. The Finite Difference Method
    1. Basics
    2. Other difference formulae
    3. Multi-dimensional Finite difference formulae
    4. Non-Uniform meshes
  6. The Finite Element Method
    1. Basics
    2. Elements and Shape Functions
    3. Weighted Residual Method
  7. The Finite Volume Method
    1. The diffusion equation
    2. The Convection Diffusion Equation
    3. Extension to multi-dimensional problems
    4. Unstructured grids
  8. Solution Methods Systems of Equations
    1. Nonlinear Systems
    2. Methods for the solution of linear systems
    3. Iterative methods
    4. Multigrid acceleration
  9. Mesh Generation
    1. Structured girds
    2. Unstructured grids
  10. References
About the Author

Naser Sayma

Current position and duties:

I have joined the Univesity of Sussex in December 2006 as a Professor of Computational Fluid Dynamics. I have established a research team based in the Thermo-Fluid Mechanics Research Centre (TFMRC) which currently includes seven PhD students conducting research into Turbomachinery and Suistanable Energy Technology, with primary focus on utlising Computational Fluid Dynamics tools I have developed over 20 years of research and the extensive experimental facilities at the TFMRC. I am currently the Dirctor of Research and Knolwedge exchange at the School of Engineering and Informatics and the Head of the Mechanical Engineering Research Group.

I am the convenor of the MSc degrees in Suistanable Energy Technology, Mechanical Engineering, Andvanced Mechanical Engineering and Aerospace Technolgy.

I have been teaching: Computational Fluid Dynamics, Turbomachinery and turbochargin, Heat Transfer Applicaitons.

Higher Education and Employment History:

BSc: Mechanical Engineering from Birzeit University, West Bank, Palestine in April 1987, with Distinction

MSc: energy Technology for Developing coutries, Salford University, UK. 1990. Prject title: Utilisation of wind power to drive air-lift water pumps.

PhD: Computational Fluid Dynamics, University of Manchester Institute of Science and Technology (UMIST) UK, 1994. Thesis title: Finite Element model for dense gas dispersion in the atmosphere, effect of ground topography and radiation absorption.

Research Associate: Department of Aeronautics, Imperial college London (1994-1995)

Research Associate, Research Fellow and the Princpal Research Fellow, Department of Mechanical Engineering, Rolls-Royce Vibrtion University Technology Centre, Imperial College London (1996-2005)

Senior Lecturer, Compuational Mechnaics, Brunel University, 2005-2006

Professor of Computational Fluid Dynamics, University of sussex, 2006-date


Professor of Computational Fluid Dynamics

Director of Research and Knowlege Exchange, School of Engineering and Informatics

Head of the Mechanical Engineering Research Group

Degree Convenor: MSc Sustainable Energy Technology, Advanced Mechanical Engineering, Mechanical Engineering, Aerospce Technology

Community and Business:

Chairman of the Cycle Efficiency Technical Committee, European Turbine Network, ETN,

Memeber of IMechE Committee South Eastern Region

Member of IMechE Committee Sussex and Surrey Area

Development Officier in the British Arab Association