传热学（英文版.原书第10版）

作者: [美] J.P.霍尔曼（J.P.Holman）著

出版社: 机械工业出版社

出版时间: 2011-09

版次: 1

ISBN: 9787111342724

定价: 68.00

装帧: 平装

开本: 16开

纸张: 胶版纸

页数: 522页

正文语种: 英语

原版书名: Heat Transfer

丛书: 时代教育·国外高校优秀教材精选

分类: 工程技术

3 张插图图片

99人买过

　　《传热学（英文版.原书第10版）》是当今最流行的传热学入门教材之一，以简洁明了、容易入门以及包含有大量例题与习题而著称。

　　《传热学（英文版.原书第10版）》写作深入浅出，图文并茂，生动活泼，趣味性强，突出了以读者为主的写作思想。

　　《传热学（英文版.原书第10版）》体系完整，内容全面，包含了传热学学习中热传导、热对流、热辐射和换热器等各个重要方面。

　　通过百余道无固定答案的设计习题来强化设计训练。作者：(美国)J.P.霍尔曼 (J.P.Holman) 出版说明

序

guide to worked examplesxi

prefacexv

about the authorxviii

list of symbolsxix

chapter 1 introduction

1.1 conduction heat transfer

1.2 thermal conductivity

1.3 convection heat transfer

1.4 radiation heat transfer

1.5 summary

review questions

problems

references

chapter 2 steady.state conduction-one dimension

2.1 introduction

2.2 the plane wall

2.3 insulation and rvalues

2.4 radial systems

2.5 the overall heat.transfer coefficient

2.6 critical thickness of insulation

2.7 heat.source systems

2.8 cylinder with heat sources

2.9 conduction.convection systems

2.10 fins

2.11 thermal contact resistance

review questions

list of worked examples

problems

references

chapter 3 steady.state conduction-multiple dimensions

3.1 introduction

3.2 mathematical analysis of two.dimensional heat conduction

3.3 the conduction shape factor

3.4 numerical method of analysis

3.5 gauss.seidel iteration

3.6 accuracy considerations

3.7 summary

review questions

list of worked examples

problems

references

chapter 4 unsteady.state conduction

4.1 introduction

4.2 lumped.heat.capacity system

4.3 transient heat flow in a semi.infinite solid

4.4 convection boundary conditions

4.5 multidimensional systems

4.6 summary

review questions

list of worked examples

problems

references

chapter 5 principles of convection

5.1 introduction

5.2 viscous flow

5.3 inviscid flow

5.4 laminar boundary layer on a flat plate

5.5 energy equation of the boundary layer

5.6 the thermal boundary layer

5.7 the relation between fluid friction and heat transfer

5.8 turbulent.boundary.layer heat transfer

5.9 turbulent.boundary.layer thickness

5.10 heat transfer in laminar tube flow

5.11 turbulent flow in a tube

5.12 summary

review questions

list of worked examples

problems

references

chapter 6 empirical and practical relations for forced.convection heat transfer

6.1 introduction

6.2 empirical relations for pipe and tube flow

6.3 flow across cylinders and spheres

6.4 flow across tube banks

6.5 summary

review questions

list of worked examples

problems

references

chapter 7 natural convection systems

7.1 introduction

7.2 free.convection heat transfer on a vertical flat plate

7.3 empirical relations for free convection

7.4 free convection from vertical planes and cylinders

7.5 free convection from horizontal cylinders

7.6 free convection from horizontal plates

7.7 free convection from inclined surfaces

7.8 nonnewtonian fluids

7.9 simplified equations for air

7.10 free convection from spheres

7.11 free convection in enclosed spaces

7.12 summary

7.13 summary procedure for all

convection problems

review questions

list of worked examples

problems

references

chapter 8 radiation heat transfer

8.1 introduction

8.2 physical mechanism

8.3 radiation properties

8.4 radiation shape factor

8.5 relations between shape factors

8.6 heat exchange between nonblackbodies

8.7 infinite parallel surfaces

8.8 radiation shields

8.9 gas radiation

8.10 radiation network for an absorbing and transmitting medium

8.11 radiation exchange with specular surfaces

8.12 formulation for numerical solution

8.13 solar radiation

8.14 radiation properties of the environment

8.15 effect of radiation on temperature measurement

8.16 the radiation heat.transfer coefficient

8.17 summary

review questions

list of worked examples

problems

references

chapter 9 condensation and boiling heat transfer

9.1 introduction

9.2 condensation heat.transfer phenomena

9.3 the condensation number

9.4 film condensation inside horizontal tubes

9.5 boiling heat transfer

9.6 simplified relations for boiling heat transfer with water

9.7 the heat pipe

review questions

list of worked examples

problems

references

chapter 10 heat exchangers

10.1 introduction

10.2 the overall heat.transfer coefficient

10.3 fouling factors

10.4 types of heat exchangers

10.5 the log mean temperature difference

10.6 effectiveness.ntu method

10.7 compact heat exchangers

10.8 heat.exchanger design considerations

review questions

list of worked examples

problems

references

appendix a

tables

a.1 the error function

a.2 property values for metals

a.3 properties of nonmetals

a.4 properties of saturated liquids

a.5 properties of air at atmospheric pressure

a.6 properties of gases at atmospheric

pressure

a.7 physical properties of some common low.melting.point metals

a.8 diffusion coefficients of gases and vapors

in air at 25℃ and 1 atm

a.9 properties of water （saturated liquid）

a.10 normal total emissivity of various surfaces

a.11 steel.pipe dimensions

a.12 conversion factors
内容简介:
　　《传热学（英文版.原书第10版）》是当今最流行的传热学入门教材之一，以简洁明了、容易入门以及包含有大量例题与习题而著称。

　　《传热学（英文版.原书第10版）》写作深入浅出，图文并茂，生动活泼，趣味性强，突出了以读者为主的写作思想。

　　《传热学（英文版.原书第10版）》体系完整，内容全面，包含了传热学学习中热传导、热对流、热辐射和换热器等各个重要方面。

　　通过百余道无固定答案的设计习题来强化设计训练。
作者简介:
作者：(美国)J.P.霍尔曼 (J.P.Holman)
目录:
出版说明

序

guide to worked examplesxi

prefacexv

about the authorxviii

list of symbolsxix

chapter 1 introduction

1.1 conduction heat transfer

1.2 thermal conductivity

1.3 convection heat transfer

1.4 radiation heat transfer

1.5 summary

review questions

problems

references

chapter 2 steady.state conduction-one dimension

2.1 introduction

2.2 the plane wall

2.3 insulation and rvalues

2.4 radial systems

2.5 the overall heat.transfer coefficient

2.6 critical thickness of insulation

2.7 heat.source systems

2.8 cylinder with heat sources

2.9 conduction.convection systems

2.10 fins

2.11 thermal contact resistance

review questions

list of worked examples

problems

references

chapter 3 steady.state conduction-multiple dimensions

3.1 introduction

3.2 mathematical analysis of two.dimensional heat conduction

3.3 the conduction shape factor

3.4 numerical method of analysis

3.5 gauss.seidel iteration

3.6 accuracy considerations

3.7 summary

review questions

list of worked examples

problems

references

chapter 4 unsteady.state conduction

4.1 introduction

4.2 lumped.heat.capacity system

4.3 transient heat flow in a semi.infinite solid

4.4 convection boundary conditions

4.5 multidimensional systems

4.6 summary

review questions

list of worked examples

problems

references

chapter 5 principles of convection

5.1 introduction

5.2 viscous flow

5.3 inviscid flow

5.4 laminar boundary layer on a flat plate

5.5 energy equation of the boundary layer

5.6 the thermal boundary layer

5.7 the relation between fluid friction and heat transfer

5.8 turbulent.boundary.layer heat transfer

5.9 turbulent.boundary.layer thickness

5.10 heat transfer in laminar tube flow

5.11 turbulent flow in a tube

5.12 summary

review questions

list of worked examples

problems

references

chapter 6 empirical and practical relations for forced.convection heat transfer

6.1 introduction

6.2 empirical relations for pipe and tube flow

6.3 flow across cylinders and spheres

6.4 flow across tube banks

6.5 summary

review questions

list of worked examples

problems

references

chapter 7 natural convection systems

7.1 introduction

7.2 free.convection heat transfer on a vertical flat plate

7.3 empirical relations for free convection

7.4 free convection from vertical planes and cylinders

7.5 free convection from horizontal cylinders

7.6 free convection from horizontal plates

7.7 free convection from inclined surfaces

7.8 nonnewtonian fluids

7.9 simplified equations for air

7.10 free convection from spheres

7.11 free convection in enclosed spaces

7.12 summary

7.13 summary procedure for all

convection problems

review questions

list of worked examples

problems

references

chapter 8 radiation heat transfer

8.1 introduction

8.2 physical mechanism

8.3 radiation properties

8.4 radiation shape factor

8.5 relations between shape factors

8.6 heat exchange between nonblackbodies

8.7 infinite parallel surfaces

8.8 radiation shields

8.9 gas radiation

8.10 radiation network for an absorbing and transmitting medium

8.11 radiation exchange with specular surfaces

8.12 formulation for numerical solution

8.13 solar radiation

8.14 radiation properties of the environment

8.15 effect of radiation on temperature measurement

8.16 the radiation heat.transfer coefficient

8.17 summary

review questions

list of worked examples

problems

references

chapter 9 condensation and boiling heat transfer

9.1 introduction

9.2 condensation heat.transfer phenomena

9.3 the condensation number

9.4 film condensation inside horizontal tubes

9.5 boiling heat transfer

9.6 simplified relations for boiling heat transfer with water

9.7 the heat pipe

review questions

list of worked examples

problems

references

chapter 10 heat exchangers

10.1 introduction

10.2 the overall heat.transfer coefficient

10.3 fouling factors

10.4 types of heat exchangers

10.5 the log mean temperature difference

10.6 effectiveness.ntu method

10.7 compact heat exchangers

10.8 heat.exchanger design considerations

review questions

list of worked examples

problems

references

appendix a

tables

a.1 the error function

a.2 property values for metals

a.3 properties of nonmetals

a.4 properties of saturated liquids

a.5 properties of air at atmospheric pressure

a.6 properties of gases at atmospheric

pressure

a.7 physical properties of some common low.melting.point metals

a.8 diffusion coefficients of gases and vapors

in air at 25℃ and 1 atm

a.9 properties of water （saturated liquid）

a.10 normal total emissivity of various surfaces

a.11 steel.pipe dimensions

a.12 conversion factors