• By the end of week 12, the student should be able to: 1- Methods of heat transfer 2- Solve the problems of different methods of heat transfer in different engineering shapes
3- Heat transfer through heat exchangers
|
Teaching and learning methods
Methods of assessments
The evaluation strategy for the student in this course consists of 1- The midterm exam 30 marks 2- 10 marks for the reports and presentation 3- Final exam 60marks
|
The main contents of the course |
||
Introduce content for each week |
week |
|
Introduction to heat transfer |
1 |
|
Heat transfer behaviors |
2 |
|
Heat transfers deferential equations |
3 |
|
Heat transfer through flat surface and cylinders |
4 |
|
Heat transfer through balls |
5 |
|
Thermal coefficient and heat resistance |
6 |
|
Thermal resistance net, flat surface, cylinders and multi-layer balls |
7 |
|
Thermal insulation, critical thermal insulation, heat transfer from surface |
8 |
|
|
9 |
|
Steady state conduction single and two-dimensional |
10 |
|
Introduction to heat exchangers and types of heat exchangers |
11 |
|
Effective of heat exchangers |
12 |
|
|
|
|
Basic sources and references for the course |
المصادر والمراجع الأساسية للمقرر |
|
|