Course Details
| Title | Heat Transfer |
| Field of Study | Natural science |
| Professor | Se-Jin Yook (ysjnuri@hanyang.ac.kr) |
| Type | Academic course |
| Delivery Type | Hybrid Track (2 weeks online + 2 weeks offline): Real-time |
| Credits | 3 |
| Contact hours | 45 |
| Schedule | Afternoon |
| Course code | MEE4001 |
| Course number | 18020 |
| Description |
The transport mechanisms of heat can be classified as conduction, convection, radiation and combination of these. With the concept on transport mechanisms of heat, the method of setting-up energy balance equation for given engineering systems and the mathematical solution of each energy balance equation would be studied. The applications of energy balance equations to the design of heat transfer equipment would also be studied. This course is designed mainly for mechanical engineering major students. |
| Objective |
a) to cover the basic principles of heat transfer, c) to develop an intuitive understanding of the subject matter by emphasizing the physics and physical arguments |
| Preparations |
Prerequisite courses are Fluid Dynamics, and Thermodynamics |
| Materials |
|
| Evaluation |
Assignment
10%
Attendance
10%
Final
40%
Midterm
40% |
| Lesson Plan |
Class 1:
Basic concepts of heat transfer
Class 2:
Heat conduction equation
Class 3:
Steady heat conduction
Class 4:
Numerical methods in heat conduction
Class 5:
Fundamentals of convection
Class 6:
Velocity and thermal boundary layers
Class 7:
Midterm exam
Class 8:
External forced convection
Class 9:
Internal forced convection
Class 10:
Natural convection
Class 11:
Heat exchangers
Class 12:
Fundamentals of thermal radiation
Class 13:
Radiation heat transfer
Class 14:
Radiation heat transfer
Class 15:
Final Exam
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| Last Updated | April 15, 2021 |