Detailed Plan
Chapter 1 – General Introduction to Heat Transfer
Lecture 1: Fundamentals of Heat Transfer.
Chapter 2 – Heat Conduction
Lecture 2: Fourier’s Law and 1D Steady-State Conduction.
Lecture 3: Composite Walls – Series and Parallel Configurations.
Lecture 4: Cylindrical and Spherical Conduction.
Lecture 5: Critical Insulation Thickness.
Lecture 6: General Heat Conduction Equation.
Lecture 7: Extended Surfaces (Fins).
Chapter 3 – Heat Convection
Lecture 8: Introduction to Convection.
Lecture 9: Natural Convection – Empirical Correlations.
Lecture 10: Dimensional Analysis and Non-dimensional Numbers.
Lecture 11: Forced Convection – Internal and External Flows.
Lecture 12: Engineering Applications of Convection.
Chapter 4 – Thermal Radiation
Lecture 13: Introduction to Thermal Radiation.
Lecture 14: Real Surfaces and Gray Bodies.
Lecture 15: Radiation Exchange between Surfaces.