Introduction to Heat Transfer (Free PDF)

 

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Description

The philosophy of the text is based on the development of an inductive approach to the formulation and solution of applied problems. Explores the principle that heat transfer rests on, but goes beyond, thermodynamics. Ideal as an introduction to engineering heat transfer.

Features

• The formulation and creation of computations is stressed from the beginning and throughout the entire text.

• Explores the principle that heat transfer rests on, but goes beyond, thermodynamics.

• The discussion of every problem in the text begins with the interpretation of the First Law for control volume, in terms of an appropriate control volume or system.

• The material presented within the text is more than can be covered within a one-semester class.

• Triggers the curiosity of students who are interested in furthering themselves and allows instructors flexibility in the selection of the material. Ex.___

• The concept behind the two key problems of convection is demonstrated within Chapter 2.

• The majority of the examples worked in the text and the problems left to students are the authors' own invention.

Content:-

Preface
1. Foundations of Heat Transfer.
2. Steady Conduction.
3. Unsteady/Steady, Multidimensional Conduction.
4. Computational Conduction.
5. Foundations of Convection.
6. Correlations for Convection.
7. Heat Exchangers.
8. Foundations of Radiation.
9. Enclosure Radiation.
10. Gas Radiation.
11. Phase Change.

A. Correlations

B. Thermophysical Properties

C. SI Units

D. Heisler Charts

Index 

Author Details

"Vedat S. Arpaci"

 University of Michigan

"Ahmet Selamet"

University of Michigan

"Shu-Hsin Ka"

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