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Field
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delivering optical temperature measurements that are applicable to aerospace gas turbines. Successful temperature measurement would provide vital information about the state of the reaction zone to support
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Current gas turbine engines use hydrocarbon fuels, such as kerosene, diesel and natural gas which inevitably produce CO2 and NOx emissions. To reduce their environmental impact, gas turbine engines
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modeling tools for the development of sober, high energy efficiency technologies applicable in an extensive range of applications: gas turbines, boilers, glass, steel, power, and cement plants. The EM2C
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between energy production (renewable source) and consumption. It is carbon-free and well-suited for easy and inexpensive long-distance transport and long-term storage. Thermochemical processes (gas turbines
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equivalent experience. A PhD degree would be an advantage. You will have experience in experimental gas turbine or internal combustion engine research with knowledge of engine performance and emissions. Skills
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that your work would contribute towards advancing the state of the art in gas turbine cooling technologies and highly impact current and future engine design at Rolls-Royce. You should possess a relevant PhD
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greenhouse gases on the climate, the gas turbine power generation sector must rapidly reduce its emissions. Furthermore, these systems offer a compensatory solution to the intermittent nature of renewable
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for Extremes group investigates new alloys for extreme environments from fusion/fission reactors to aerospace gas turbines and concentrated solar power. This involves the design of fundamentally new alloys by
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, The Boeing Company, Siemens Gas Turbines, Ryanair, Aircraft Leasing Ireland, and SMBC Aviation Capital, further emphasizing its pivotal role in driving sustainable energy solutions within the aviation industry
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using Organic Rankine Cycles and sCO2 cycles. These systems are important for a range of technologies including Heat Recovery and CHP, Carbon Capture, Hydrogen Gas Turbines and Renewables. Advanced fluids