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Location: Mechanical and Aerospace Systems Research Group, Faculty of Engineering, University of Nottingham Funding: UK Home fees + tax-free stipend of up to £25,000 p.a. for 4 years Applications
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will join a supportive team of 50 researchers, technicians and academics within the Mechanical and Aerospace Systems Research Group, and will have the opportunity to apply their research during a
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the synergy between oxidation and creep. This is because several other damaging mechanisms: dislocation cell size increase, particle coarsening, embrittling precipitates or the formation of voids at grain
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machines can be designed and built with 3D architectures that enable significantly boosted electromagnetic, mechanical and thermal performance is yet to be developed. The project will motivate the PhD
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electromagnetic, mechanical and thermal performance is yet to be developed. The project will motivate the PhD student to revolutionise electrical machine design and development based on programmable 3D electrical
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tests a constant uniaxial tensile load is applied to a round section sample which results in the sample thinning as it is extended, and which could be due to any one or more of several mechanisms
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‑storage. The project includes four integrated work packages spanning moisture‑management strategies, toughening mechanisms, resin ageing and tack behaviour, and AI‑driven cure‑kinetics optimisation. You
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Location: Mechanical and Aerospace Systems Research Group, Faculty of Engineering, University of Nottingham Funding: UK Home fees + tax-free stipend of £24,000 p.a. for 4 years Applications
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will only cover home/UK tuition fees. The candidate must have at least an equivalent of a UK 2.1 class degree in materials/mechanical/chemical/physics/chemistry, or any related discipline. This is an
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‑management strategies, toughening mechanisms, resin ageing and tack behaviour, and AI‑driven cure‑kinetics optimisation. You will have access to world‑class facilities, including advanced imaging