CHAPTER N° 1 : GENERAL INTRODUCTION TO THE DIFFERENT MODES OF HEAT TRANSFER

1. A reminder of thermodynamics
2. Different modes of heat transfer

CHAPTER N° 2 : INTRODUCTION TO CONDUCTION

1. The conduction rate equation
2. The thermal conductivity, and the thermal diffusivity
3. The heat diffusion equation for : cartesian, cylindrical, and spherical coordinates
4. Initial & boundary conditions

CHAPTER N° 3 : ONE-DIMENSIONAL, STEADY-STATE CONDUCTION

1. Fourier's law
2. The thermal resistance concept
3. Case of : simple wall, composite walls, cylindrical layer, and composite cylindrical layers
4. Extended surfaces, fins

CHAPTER N° 4 : CONVECTION HEAT TRANSFER

1. The convection boundary layers
2. Newton's cooling law
3. Natural convection
4. Forced convection

CHAPTER N° 5 : RADIATION HEAT TRANSFER

1. Thermal radiation
2. Stefan-Boltzmann law
3. Radiation of black bodies and non black bodies
4. Radiation heat transfer between a small object and the walls of a large enclusure