Conduction
Lecture 00 Introduction
Lecture 01 Mechanism of Conduction and Fourier Law
Lecture 02 Thermal Conductivity
Lecture 03 Variable Thermal Conductivity
Lecture 04 General Heat Conduction Equation in Rectangular Coordinates
Lecture 05 Time Rate Approach for the Solution
Lecture 06 General Heat Conduction Equation in Cylindrical Coordinates
Lecture 07 General Heat Conduction Equation in Spherical Coordinates
Lecture 08 Temperature Distribution in Plane Wall
Lecture 09 Temperature Distribution in Cylindrical Wall
Lecture 10 Temperature Distribution in Spherical Wall
Lecture 11 Thermal Resistance & Electrical Analogy
Lecture 12 Thermal Resistance for Conduction in Walls and Convection
Lecture 13 Composite Wall
Lecture 14 Perfect Insulation (Adiabatic Surface)
Lecture 15 Examples on Composite Walls
Lecture 16 Example on Axial Heat Flow in Cylindrical Objects
Lecture 17 Insulation and Critical Radius of Insulation
Lecture 18 Important Concepts from Critical Radius on Insulation
Lecture 19 Mean Area
Lecture 20 Previous Year Questions Part 1
Lecture 21 Previous Year Questions Part 2
Lecture 22 Previous Year Questions Part 3
Lecture 23 Previous Year Questions Part 4
Lecture 24 Previous Year Questions Part 5