Section 1
##### Fundamentals of Heat Transfer

1

Thermodynamic and Heat Transfer

2

Modes of Heat Transfer

3

Mechanism of Heat Transfer by Conduction

4

Basic Definitions Relating to Heat Transfer

5

Fourier's Law of Heat Conduction

6

Heat Conduction through a Wall/Slab

7

Analogy Between Heat Conduction and Electricity

8

Convection

9

Radiation

10

Laws of Radiation

11

General Heat Conduction Equation in Cartesian Co-ordinates

12

Special Cases of General Heat Conduction Equation

13

Heat Conduction Equation in Cylindrical (Polar) Co-ordinates

14

General Heat Conduction Equation in Spherical Co-ordinates

Section 2
##### Conduction

1

One Dimensional Steady State Heat Conduction through Plane Wall or Infinite Slab without Heat Generation

2

Overall Heat Transfer Coefficient U

3

Thermal Contact Resistance

4

One Dimensional Steady State Heat Conduction through Hollow Cylinder without Heat Generation

5

Heat Transfer through a Composite Cylinder with Conduction and Convection

6

One Dimensional Steady State Heat Conduction through Hollow Sphere without Heat Generation

7

Combined Heat Transfer by Conduction and Convection in Compound Sphere

8

Thermal Insulation

9

Critical Thickness of Insulation

10

Critical Thickness of Insulation in Case of Sphere

11

Economic Thickness of Insulation

12

Introduction to Transient Heat Conduction

13

System with Negligible Internal Resistance- Lumped Heat Capacity Method

14

Time Constant and Response of Thermocouple

15

Introduction to Fins

16

Extended Surface-Fins

17

Types of Fins and Application

18

Analysis of Fins of Uniform Cross- Sectional Area(Reactangular Plate Fin / Pin Fin)

19

Effectiveness of Fins

20

Fin Efficiency

21

Overall Fin Effectiveness

22

Error in Temperature Measurement by Thermometer

Section 3
##### Convection Heat Transfer

1

Introduction

2

Basic Definitions Related to Convection

3

Viscosity

4

Laminar and Turbulent Flow

5

Continuity Equation

6

Differential Equation of Momentum for Fluid Flow

7

Energy Equation

8

Blasius Solution for Laminar Boundary Layer

9

Von Karman Integral Momentum Equation : (Laminar Flow Over Flat Plate)

10

Convective Heat Transfer Coefficient

11

Boundary Layer Concept

12

The Thermal Boundary Layer

13

Velocity Boundary Layer Development in Circular Pipes in Forced Convection

14

Thermal Boundary Layer in Circular Pipes

15

Convective Heat Transfer Coefficient

16

Dimensional Analysis

17

Physical Significance of Dimensionless Numbers

18

Forced Convection Correlations: Flow through Circular Pipe

19

Co- relations for Fluid Flow Over the Plate

20

Co- relation for Flow Across a Horizontal Cylinder

21

Reynold's Analogy for Laminar Fluid Over Flate Plate

22

Mechanism of Natural Convection

23

Coefficient of Volumetric Expansion

24

Dimensional Analysis of Natural Convection

25

Physical Significance of Dimensionless Numbers in Natural Convection

26

Correlation Applicable to Natural Convection

Section 4
##### Thermal Radiation

1

Thermal Radiation

2

Theories of Radiation

3

Total Emissive Power of a Surface (E)

4

Irradiation of a Surface (G)

5

Basic Concept and Definations

6

Laws of Radiation

7

Emissivity of Real Surfaces

8

Intensity of Radiation (I) and Solid Angle

9

Heat Exchange Between Two Finite Black Surfaces by Radiation

10

Radiant Shape Factor Algebra

11

Heat Exchange Between Grey Bodies

12

Application of Electrical Analogy to Thermal Radiation Heat Exchange Problems

13

Radiation Shields

14

Radiation Error in Temperature Measurement by Thermocouple

15

Solar Radiation

16

Green House Effect

17

Radiation from Gases, Vapours and Flames

Section 5
##### Heat Exchangers

1

Definition and Application of Heat Exchangers

2

Classification of Heat Exchangers

3

Temperature Distribution in Heat Exchangers

4

Overall Heat Transfer Coefficient (U)

5

Fouling Factor

6

Analysis of Heat Exchanger

7

The Effectiveness- NTU Method

8

Heat Pipe

9

Design Aspect of Heat Exchanger and its Selection

Section 6
##### Condensation and Boiling (Two Phase Heat Transfer)

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