Heat Transfer Engineering
| Course Purpose |
|---|
| In this course, students simultaneously learn basic theory of "heat and flow" and specific product applications. |
| Learning Goals |
| By the end of the course, students should be able to do the following: (1) Learn basic theory and applied product examples related to heat and flow, which are necessary for engineers. (2) Students will also learn about design applications by practicing numerical calculation. (3) Learn the importance of engineering theory in solving real-world problems and broaden their perspectives. |
| Topic | |
|---|---|
| Session 1 | Overview of thermodynamics and heat transfer engineering |
| Session 2 | Fundamentals of thermodynamics (1) |
| Session 3 | Fundamentals of thermodynamics (2) |
| Session 4 | Fundamentals of thermodynamics (3) |
| Session 5 | What is fluid mechanics? |
| Session 6 | Basics of fluid mechanics (inviscid, incompressible flow) |
| Sesson 7 | Introduction of product design examples related to "heat and flow" (1) |
| Session 8 | Introduction of product design examples related to "heat and flow" (2) |
| Session 9 | Thermodynamics and heat transfer engineering |
| Session 10 | Fundamentals of heat transfer engineering (1) |
| Session 11 | Fundamentals of heat transfer engineering (2) |
| Session 12 | Development and application of thermodynamics and heat transfer engineering |
| session 13 | Viscous fluid mechanics (incompressible flows) |
| Session 14 | Fundamentals of compressible fluid mechanics (inviscid flows) |
| Session 15 | Preparation day |