Heat Transfer
Module code: MEU44B04 · Semester: Semester 1
Resources
Questions by Year
- 2025/26
- 2023/24
- 2022/23
- 2021/22
- 2020/21
- 2019/20
- 2018/19
- 2017/18 (old code ME4B04)
- 2016/17 (old code ME4B04)
- 2015/16 (old code ME4B04)
- 2014/15 (old code ME4B04)
- 2013/14 (old code ME4B04)
- 2012/13 (old code ME4B04)
Topics
- Conduction and thermal resistance LO2
- Radiation LO1
- Forced convection fundamentals LO3
- Forced convection: external and internal flows LO4
- Free (natural) convection LO4
- Boiling and condensation LO4
- Heat exchanger performance and design LO5
Learning outcomes
- Classify and explain the parameters affecting radiative heat exchange
- Explain the conduction equation and find thermal resistances for conduction and convection
- Explain the governing equations of convective heat transfer
- Solve conduction, forced convection (internal and external), natural convection and phase-change problems
- Analyse heat exchanger performance, balancing heat transfer against pressure drop
- Run a lab experiment on a heat transfer device
- Report and interpret measurements