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E-raamat: Heat Transfer: A Problem Solving Approach

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  • Formaat: 388 pages
  • Ilmumisaeg: 06-Aug-2012
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9781134578795
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Heat Transfer: A Problem Solving ApproachSuurem pilt
  • Formaat: 388 pages
  • Ilmumisaeg: 06-Aug-2012
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9781134578795
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This text for an undergraduate or postgraduate course describes the principles of heat transfer as well as theoretical developments in the field and the latest computational methods. The CD-ROM contains 70 Excel workbooks with property data, formulae, and iterative routines. The workbooks feature dynamically linked graphs to enable numerical experimentation and solutions to systems of equations (encountered in multi-mode heat transfer) and linear and non-linear optimization problems. The first chapters introduce heat transfer principles and numerical and statistical analysis using Microsoft Excel. Subsequent chapters discuss problems and solutions in one- and multi-dimentional conduction, transient conduction, forced and natural convection, thermal radiation, and multi-mode heat transfer. Each chapter concludes with a set of problems and references. Annotation ©2004 Book News, Inc., Portland, OR (booknews.com)

Arvustused

A practical textbook, written for both undergraduates and professionals. It presents its contents and solution methodology in a manner that is directly useful to a designer, while a researcher can use it to select Excel approaches to predictive models...and is recommended to students, or others who desire state-of-the-art approach to problem solving. Heat Transfer Engineering Journal

Highlights of the book xi
Preface xiii
Acknowledgements xvii
Disclaimer and copying policy xix
Contents of companion CD-ROM xxi
Workbooks available from website xxv
Notation xxvii
Introduction to heat transfer
1(18)
The cooling down of the universe and galaxies
1(1)
Radiating black holes
2(1)
The Sun and its radiation
3(1)
The Earth's thermal environment
3(6)
Heat transfer from humans
9(2)
Heat transfer mechanisms at work within buildings
11(4)
Heat transfer mechanisms at work within automobiles
15(1)
Refrigeration equipment
16(1)
Multipliers for SI units
16(3)
References
17(2)
Numerical and statistical analysis using Microsoft Excel
19(44)
Introduction
19(1)
Excel -- a user-friendly environment for number crunching
20(1)
The functionality of Excel -- an example-based tour
21(1)
Sequential computation chain
21(2)
Linear interpolation and lookup tables
23(5)
Polynomial interpolation
28(4)
What-if analysis using interactive graphs
32(1)
Advanced (two-dimensional) lookup tables
33(1)
Solution of a non-linear algebraic equation by Newton's method
33(3)
Solution of a non-linear algebra equation via False Position method
36(1)
Conversion of partial differential equations to algebraic equations
37(2)
Solution of a linear system of equations (matrix algebra)
39(3)
Solution of non-linear system of equations
42(3)
Linear regression using least squares method
45(3)
The matrix approach to multiple linear regression
48(1)
Fitting linear models via graphical means - Excel-based facility
49(1)
Non-linear regression (Solver)
49(5)
Measures of deviation
54(1)
Coefficient of determination and correlation coefficient
55(2)
Outlier analysis
57(2)
Weighted-averages
59(4)
References
61(2)
One-dimensional, steady-state conduction
63(44)
Nature and principles of conduction
63(1)
General heat diffusion equation
64(4)
Boundary and initial conditions
68(1)
Thermophysical properties
69(1)
The plane wall
70(9)
Other systems
79(1)
Cylindrical systems
79(8)
Spherical systems
87(5)
Extended surfaces
92(15)
Problems
103(3)
References
106(1)
Multi-dimensional, steady-state conduction
107(32)
Introduction
107(1)
Finite difference approximation in two-dimensional systems: Cartesian system
108(19)
Finite difference approximation in two-dimensional systems: cylindrical system
127(7)
Finite difference approximation in three-dimensional systems
134(5)
Problems
135(3)
References
138(1)
Transient conduction
139(23)
Introduction
139(1)
Finite difference approximation in one-dimensional systems: explicit method in Cartesian system
140(6)
Finite difference approximation in one-dimensional systems: implicit method in Cartesian system
146(1)
Finite difference approximation in one-dimensional systems: explicit method in cylindrical system
147(4)
Finite difference approximation in two-dimensional systems: explicit method in Cartesian system
151(7)
Finite difference approximation in two-dimensional systems: explicit method in cylindrical system
158(1)
Final remarks
159(3)
Problems
160(1)
References
161(1)
Introduction to convection
162(13)
Introduction and classification
162(1)
The convection heat transfer coefficient
163(2)
Boundary layers
165(6)
Governing equations and relationships
171(4)
References
174(1)
Forced convection
175(59)
Introduction
175(1)
External flow
176(32)
Internal flow
208(23)
Friction factor regressions
231(3)
Problems
232(1)
References
233(1)
Natural convection
234(38)
Introduction
234(2)
External flow
236(18)
Enclosed natural convection
254(11)
Combined forced and natural convection
265(7)
Problems
269(1)
References
270(2)
Thermal radiation
272(44)
Introduction
272(2)
Radiation properties
274(10)
Radiosity and view factor
284(11)
Blackbody radiation exchange
295(4)
Radiative heat transfer between gray, diffuse, and opaque surfaces
299(9)
Radiation shields
308(1)
Radiation in an absorbing, emitting medium
309(7)
Problems
314(1)
References
315(1)
Multi-mode heat transfer
316(24)
Simultaneous convection and radiation
317(1)
Simultaneous forced-convection and radiation
318(3)
Simultaneous free-convection and radiation
321(3)
Simultaneous conduction, forced-convection, and radiation
324(2)
Simultaneous conduction, free-convection, and radiation
326(1)
Simultaneous conduction, free-convection, and radiation within enclosures
327(4)
Simultaneous conduction and radiation, with or without free- or forced-convection
331(9)
Problems
337(2)
References
339(1)
Appendices 340(5)
Index 345


The authors Professor Tariq Muneer, Professor in Energy Engineering, Professor Jorge Kubie, Professor of Mechanical Engineering and Dr Thomas Grassie, Lecturer in Energy Engineering based at Napier University, Edinburgh have long experience of research and publication in all aspects of energy engineering. >
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