Convective Heat and Mass Transfer 4/e (絕)
- 20本以上，享 8.5折
售價
$
洽詢
- 一般書籍
- ISBN：9780071238298
- 作者：Kays, Crawford, Weigand
- 版次：4
- 年份：2005
- 出版商：McGraw-Hill
- 頁數/規格：546頁/平裝單色
書籍介紹
目錄
作者介紹
Description
The 4th edition of "CHMT" continues the trend, initiated with the 3rd edition, of encouraging the use of a numerically based, computational approach to solving convective heat and mass transfer problems. The book also continues its tradition of also providing classic problem solving approaches to this subject. This textbook presents a strong theoretical basis for convective heat and mass transfer by focusing on boundary layer theory. This new edition provides optional coverage of the software teaching tool TEXSTAN. This boundary layer computer program can be used to enhance the understanding of the relationship between the surface friction, heat, and mass transfer and their respective flow fields. TEXSTAN contains the data structure needed to describe and solve most convective problems encountered by senior and graduate level students. Other significant changes include: expanded chapter on convective heat transfer with body forces; reduced focus on heat exchanger theory; and completely rewritten chapters on mass transfer to include more engineering examples for both low and high transfer rates, to provide the student with more insight to a seemingly difficult subject.
The 4th edition of "CHMT" continues the trend, initiated with the 3rd edition, of encouraging the use of a numerically based, computational approach to solving convective heat and mass transfer problems. The book also continues its tradition of also providing classic problem solving approaches to this subject. This textbook presents a strong theoretical basis for convective heat and mass transfer by focusing on boundary layer theory. This new edition provides optional coverage of the software teaching tool TEXSTAN. This boundary layer computer program can be used to enhance the understanding of the relationship between the surface friction, heat, and mass transfer and their respective flow fields. TEXSTAN contains the data structure needed to describe and solve most convective problems encountered by senior and graduate level students. Other significant changes include: expanded chapter on convective heat transfer with body forces; reduced focus on heat exchanger theory; and completely rewritten chapters on mass transfer to include more engineering examples for both low and high transfer rates, to provide the student with more insight to a seemingly difficult subject.
Table of Contents
1. Introduction
2. Conservation Principles
3. Fluid Stresses and Flux Laws
4. Differential Equations for the Laminar Boundary Layer
5. Integral Equations for the Boundary Layer
6. Differential Equations for the Turbulent Boundary Layer
8. Laminar Internal Flows: Momentum Transfer
9. Laminar External Boundary Layers: Momentum Transfer
10. Laminar External Boundary Layers: Heat Transfer
11. Turbulent External Boundary Layers: Momentum Transfer
12. Turbulent External Boundary Layers: Heat Transfer
13. Turbulent Internal Flows: Momentum Transfer
14. Turbulent Internal Flows: Heat Transfer
15. Influence of Temperature-Dependent Fluid Properties
16. Convective Heat Transfer at High Velocities
17. Convective Heat Transfer With Body Forces
18. Convective Mass Transfer: Basic Definitions and Formulations of a Simplified Theory
19. Convective Mass Transfer: Evaluation of the Mass-Transfer Conductance from the Conserved-Property Equation
20. Convective Mass Transfer: Examples for Application of the Simplified Method
1. Introduction
2. Conservation Principles
3. Fluid Stresses and Flux Laws
4. Differential Equations for the Laminar Boundary Layer
5. Integral Equations for the Boundary Layer
6. Differential Equations for the Turbulent Boundary Layer
8. Laminar Internal Flows: Momentum Transfer
9. Laminar External Boundary Layers: Momentum Transfer
10. Laminar External Boundary Layers: Heat Transfer
11. Turbulent External Boundary Layers: Momentum Transfer
12. Turbulent External Boundary Layers: Heat Transfer
13. Turbulent Internal Flows: Momentum Transfer
14. Turbulent Internal Flows: Heat Transfer
15. Influence of Temperature-Dependent Fluid Properties
16. Convective Heat Transfer at High Velocities
17. Convective Heat Transfer With Body Forces
18. Convective Mass Transfer: Basic Definitions and Formulations of a Simplified Theory
19. Convective Mass Transfer: Evaluation of the Mass-Transfer Conductance from the Conserved-Property Equation
20. Convective Mass Transfer: Examples for Application of the Simplified Method
W. M. Kays-Professor of Mechanical Engineering, Emeritus Stanford University
M. E. Crawford-Professor of Mechanical Engineering The University of Texas at Austin
Bernhard Weigand-Professor of Aerospace Thermodynamics Universitat Stuttgary
M. E. Crawford-Professor of Mechanical Engineering The University of Texas at Austin
Bernhard Weigand-Professor of Aerospace Thermodynamics Universitat Stuttgary
