Fundamental principles of heat transfer radiation for industrial heat transfer online course chemical Engineering

What you will learn



Heat Transfer is one of the principle courses for all the university students who study in one of the branches of chemical engineering, mechanical engineering or materials engineering. This course which is placed at the beginning semesters of bachelor programs, is offered in two separate courses as heat transfer 1 & 2 each credited as 3 units. Having a full grasp over the concepts of heat transfer and fully understand the mechanisms of heat transfer in different situations is a must for any students studying the fields mentioned. Heat transfer is not only one of the core courses of those majors but also having a strong foundation in it will help to understand the concepts of future principle courses such as mass transfer, unit operation and others much better.

The present course, Heat Transfer 1 (RAHHT1) is a crash course to help you get that last bit of concepts in. We have designed this course in less than 7 hours and within this time we have covered the most important topics of heat transfer 1. Moreover, we have brought you the most important formulas and widely used equations so that you will not be lost among the many formulas within your textbook. Also, there are sample examples that we have tried to use to show you how and when to use the formulas and where to use which one.

This course will be a great help to those who want to have a compact and well organized resource to review their studies before their class or college exams.

We shall cover the principles and different aspects of the three heat transfer methods (Conduction, Convection, and Radiation) in chapter 1. The rest of the chapters will focus on conduction heat transfer more than the other two. We will begin with one dimensional conduction in steady state condition in chapter 2 and then move on to multidimensional conduction in chapter 3. Lastly we discuss transient heat flow or unsteady state conduction in chapter 4. Convection and radiation heat transfer methods will be exclusively covered in heat transfer 2.





Before we start


introduction to heat transfer

conduction method

example 1

convection method

example 2

example 3

example 4

radiation method

example 5

example 6

Steady state one dimensional conduction

plane walls & radial systems

example 7

example 8

overall heat transfer coefficient

example 9

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critical thickness of insulation

example 10

heat source systems

example 11

Steady state one multidimensional conduction

analytical method

graphical method

example 12

example 13

numerical method

example 14

Unsteady state conduction

unsteady state heat transfer

lumped systems

example 15

semi infinite solid

example 16

example 17

heisler charts

example 18

multidimensional systems

example 19

transient numerical method