Module aims
The overall aim of the module is to provide an understanding of the thermofluid processes involved in combustion devices like engines and power generation, and in unintended combustion events like fire and explosions. It covers combustion fundamentals, fire dynamics, emissions, safety and sustainability. The module builds on the basics of thermofluids with emphasis on thermodynamics, heat transfer, fluid mechanics and chemistry.
Learning outcomes
On successfully completing this module, students will be able to:
- Discuss issues and trends relating to the global utilisation of fossil fuels, and associated pollutants and safety.
- Explain the mechanisms and implications of ignition, flame types, flame spread, pollutants, and smoke plumes.
- Discuss the fire safety challenges of new technologies, modern buildings, and the wilderness.
- Analyse advanced combustion and fire problems using energy balance, heat transfer and reaction kinetics.
Module content
The module covers the foundations of combustion science, and the understanding of the challenges and solutions to power generation and fire safety. It starts with a global discussion on combustion systems and fire safety in general. Then the module is split into two parts: fundamentals and applications. The fundamentals cover combustion thermochemistry, ignition of gases and solids, flame dynamics, fire dynamics, pollutants and smoke. The applications cover hydrogen safety, battery fires, building sustainability and wildfires and climate change.
Module lead
ECTS/FHEQ
5/7
Module code
MECH70020
Host department
Department of Mechanical Engineering
Term
Spring
Time slot
PM
Teaching weeks
15-25
August resit opportunity?
Yes
How to apply
Via DSS
Application deadline
The third Friday of autumn term, 17.00
Places available (approximate)
30
Number of applicants (historic)
10
Criteria used for student selection
First come, first assigned a place if oversubscribed
Further information