Fundamentals Of Heat Conduction

What you'll learn
Introduction to Heat Conduction
Effect of temperature on Thermal Conductivity
Specific Heat, Thermal Diffusivity and Newton's Law of Cooling
Numerical Analysis of Heat Conduction
Temperature Distribution and Heat Conduction Equation
Requirements
Calculus
Basic Engineering Mathematics
Description
Engineering Thermodynamics cannot comment on the duration of the process i.e. it is not able to comment on how much time is required to reach a particular temperature. Engineering Thermodynamics cannot explain the mode of heat transfer either. So, in order to overcome these limitations of Engineering Thermodynamics a new subject called Heat Transfer is introduced. For further analysis of heat transfer, it is mandatory to have knowledge of Thermodynamics therefore heat transfer is also called extension of Engineering Thermodynamics.In this first module of the heat transfer course, learners will study the fundamentals of heat conduction which is the first mode of heat transfer. Heat Conduction is a mode of heat transfer between higher energy particles to lower energy particles which is due to the existence of a temperature gradient in a stationary medium. The course is divided into five sections which are following:SECTION 1: Introduction to Heat ConductionSECTION 2: Effect of temperature on Thermal ConductivitySECTION 3: Specific Heat, Thermal Diffusivity and Newton's Law of CoolingSECTION 4: Numerical Analysis of Heat Conduction SECTION 5: Temperature Distribution and Heat Conduction EquationsThis course requires a basic understanding of engineering mathematics basically the calculus part.We hope that learners will try to gain more knowledge from this course.
Overview
Section 1: Introduction
Lecture 1 Conduction mode
Lecture 2 Fourier Law of Heat Conduction
Lecture 3 Thermal conductivity
Section 2: Effect of temperature on thermal conductivity
Lecture 4 In case of solid
Lecture 5 In case of fluids
Section 3: Specific Heat, Thermal Diffusivity and Newton's law of cooling
Lecture 6 Specific Heat
Lecture 7 Thermal Diffusivity
Lecture 8 Newton's law of cooling
Section 4: Numerical analysis of Heat Conduction
Lecture 9 Generalized 1D Heat Conduction Equation
Lecture 10 Cartesian Coordinate System
Lecture 11 Cylindrical Coordinate System
Lecture 12 Spherical Coordinate System
Section 5: Temperature Distribution and Heat Conduction Equation
Lecture 13 Infinite Plane Wall
Lecture 14 Hollow and Solid Cylinder
Lecture 15 Hollow Sphere
Lecture 16 Concept of Thermal Resistors
Lecture 17 Connections Arrangement
Lecture 18 Effect of interchanging insulation layer on heat transfer
Lecture 19 Critical or Optimum Thickness of insulation
Beginner in Heat Transfer

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