
Research Associate in dynamic experimentation and modelling of composites for liquid hydrogen fuel tanks
- Bath
- £38,784-46,049 per year
- Contract
- Full-time
- Mechanical characterisation of carbon fibre composites, spanning strain rates from quasi-static to high rate (including use of a split-Hopkinson pressure bar).
- Mechanical characterisation of carbon fibre composites, spanning temperatures from room temperature to liquid hydrogen temperature (20K).
- Development of a finite element model of carbon fibre composites to incorporate rate and temperature dependence.
- A first degree in an Engineering or Engineering-related subject and a PhD with appropriate content.
- Proven experience of experimentation and FEA modelling.
- Mechanical testing for materials characterisation
- Materials characterisation at cryogenic temperatures
- Experimentation and modelling in dynamic regimes e.g. use of a split-Hopkinson pressure bar
- FEA modelling of composite structures
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