1.1 : 1.4 - Conduction Heat Transfer, Thermal Conductivity, Convection Heat Transfer, Radiation Heat Transfer

Tut. on Ch.1 (Part 1)

Tut. on Ch.1 (Part 2)

Tut. on Ch.1 (Part 3)

2.1 : 2.6 + 2.10 : 2.11 - Introduction, The Plane Wall, Insulation and R Values, Radial Systems, The Overall Heat Transfer Coefficient, Critical Thickness of Insulation

2.7 - Heat Transfer Source Systems

2.8 - Cylinder with Heat Sources (Part 1)

2.8 - Cylinder with Heat Sources (Part 2)

2.9 - Conduction

Tut. on Ch.2 (Part 1)

Tut. on Ch.2 (Part 2)

Tut. on Ch.2 (Part 3)

Tut. on Ch.2 (Part 4)

Tut. on Ch.2 (Part 5)

Tut. On Ch.2 (Part 6)

3.1 : 3.4 - Introduction, Mathematical Analysis of Two-Dimensional Heat Conduction, Graphical Analysis, The Conduction Shape Factor

4.1 : 4.4: Introduction, Lumped Heat Capacity System, Transient Heat Flow in a Semi-Infinite Solid, Convection Boundary Conditions

Examples on Chapter 4

Tut. on Ch.4

5.1 : 5.4 + 5.6 : 5.7 - Introduction, Viscous Flow, Inviscid Flow, Laminar Boundary Layer on a Flat Plate, The Thermal Boundary Layer, The Relation Between Fluid Friction and Heat Transfer

Tut. on Ch.5 (Part 1)

Tut. on Ch.5 (Part 2)

Tut. on Ch.5 (Part 3)

6.1 : 6.4 - Introduction, Empirical Relations for Pipe and Tube Flow, Flow Across Cylinders and Spheres, Flow Across Tube Banks

Examples on Chapter 6

Tut. on Ch.6

Tut. on Ch.7

9.5 : 9.6 - Boiling Heat Transfer, Simplified Relations for Boiling Heat Transfer with Water

Tut. on Ch.9

10.1 - 10.6: Introduction, The Overall Heat Transfer Coefficient, Fouling Factors, Types of Heat Exchangers, The LMTD, Effectiveness - NTU Method

10.7: Compact Heat Exchange

Tut. on Ch.10