Heat Transfer and Energy Systems

Module code: EG3112

This module introduces advanced principles of heat transfer and thermodynamics. You will learn how heat is transferred, and how this process is analysed and predicted. This includes deriving the heat conduction equations and applying analytical methods to solve steady and transient conduction problems with internal heat generation under various boundary conditions. You will also design and evaluate extended surfaces to improve heat transfer performance.

Building on these fundamentals, you’ll apply finite difference methods to model steady and transient conduction, convection and radiation. You will also critically evaluate boiling heat transfer phenomena, including pool boiling, flow boiling and critical heat flux. This module also covers the properties of gas mixtures and gas-vapour mixtures and introduces the thermodynamic analysis of reacting systems.

You’ll consider how these principles apply to real engineering systems, by examining components such as heat exchangers, boilers, pumps, fans and valves, developing skills in their selection, sizing and design. Renewable and unconventional energy sources are also explored, including how associated energy conversion technologies operate and their potential societal impact.