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Heat Transfer: Exercises

Heat Transfer: Exercises
4.9 (29 reviews) Read reviews
ISBN: 978-87-7681-433-5
1 edition
Pages : 89
  • Price: 75.50 kr
  • Price: €8.99
  • Price: £8.99
  • Price: ₹150
  • Price: $8.99
  • Price: 75.50 kr
  • Price: 75.50 kr

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About the book

  1. Reviews
  2. Description
  3. Preface
  4. Content
  5. About the Author

Reviews

Henricus.W ★★★★★

This is very helpful book for my son studying at ITB (Best in Indonesia for Engineering University) thanks

Description

This Heat Transfer exercise book contains examples and full solutions to go with the Heat Transfer theory book. In the theory book the basic modes of heat transfer were explained. Namely conduction, convection and radiation. Hopefully this Heat Transfer exercise book will help you to gain further understanding of this subject.

Preface

Worked examples are a necessary element to any textbook in the sciences, because they reinforce the theory (i.e. the principles, concepts and methods). Once the theory has been understood, well chosen examples can be used, with modification, as a template to solve more complex, or similar problems.

This work book contains examples and full solutions to go with the text of our e-book (Heat Transfer, by Long and Sayma). The subject matter corresponds to the five chapters of our book: Introduction to Heat Transfer, Conduction, Convection, Heat Exchangers and Radiation. They have been carefully chosen with the above statement in mind. Whilst compiling these examples we were very much aware of the need to make them relevant to mechanical engineering students. Consequently many of the problems are taken from questions that have or may arise in a typical design process. The level of difficulty ranges from the very simple to challenging. Where appropriate, comments have been added which will hopefully allow the reader to occasionally learn something extra. We hope you benefit from following the solutions and would welcome your comments.

Christopher Long
Naser Sayma
Brighton, UK, February 2010

Content

  1. Introduction
  2. Conduction
  3. Convection
  4. Radiation
  5. Heat Exchangers

About the Author

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

Role:

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, http://www.eu-gasturbine.org/

Memeber of IMechE Committee South Eastern Region

Member of IMechE Committee Sussex and Surrey Area

Development Officier in the British Arab Association

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