Gas turbine aero-engines are a key aspect of the modern global aerospace sector. The developments in gas turbine technology have played a vital role in the substantial improvements which have been achieved over several decades. Aerospace plays a vital role in both the global and national economy, and it is envisaged that the gas turbine will continue to be at the heart of future propulsion system developments.

The challenges for future aero-engine systems are expected to include considerations of reducing emissions and noise, novel cycles, propulsion architectures and systems, engine-airframe integration, analysis tools, reliability and costs.

Within this context, we have developed a range of world leading capabilities and established a strong track record through close collaboration with industry, government and academia in the following areas:

  • Aero-engine performance;

  • Engine and turbomachinery aerodynamics;

  • Component lifing;

  • Techno-economic risk analysis;

  • Multi-disciplinary design optimisation;

  • Experimental and computational methods.

We have a notable track record of working with businesses in an engaging and collaborative manner. We work in a range of ways in line with the expectations of the partnering business. This encompasses projects and collaborations across a variety of situations such as student project sponsorship, short-term contracts, long-term agreements, as well as consortium arrangements, both nationally and internationally. Within this flexible framework, the topics and scope of the work span the range of scenarios from near-term specific technical requirements to longer-term innovative research.

Our research activities have been in collaboration with a range of national and international partners, organisations and consortia such as Airbus, the Engineering and Physical Sciences Research Council (EPSRC), European Union and Rolls-Royce.

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