• 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
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Teaching and learning methods
By using lectures using you tube and writing reports about the subject and ask the students to give presentations.
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
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The main contents of the course |
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Introduce content for each week |
week |
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Introduction to heat transfer |
1 |
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Heat transfer behaviors |
2 |
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Heat transfers deferential equations |
3 |
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Heat transfer through flat surface and cylinders |
4 |
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Heat transfer through balls |
5 |
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Thermal coefficient and heat resistance |
6 |
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Thermal resistance net, flat surface, cylinders and multi-layer balls |
7 |
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Thermal insulation, critical thermal insulation, heat transfer from surface |
8 |
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9 |
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Steady state conduction single and two-dimensional |
10 |
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Introduction to heat exchangers and types of heat exchangers |
11 |
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Effective of heat exchangers |
12 |
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Basic sources and references for the course |
المصادر والمراجع الأساسية للمقرر |
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