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research groups at The University of Manchester are working with UK and international partners, investigating the science and technology necessary to deliver a fusion power plant by 2040. In the Digital
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and implement compact optical measurement systems suitable for installation on race cars and aircraft. Using machine vision technology and event-based cameras, properties such as fluid velocity, surface
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This 4-year PhD is fully funded for UK home students (by The University of Manchester), but only partial funding is available for overseas students. We will also provide a tax-free stipend set at
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science or engineering related discipline. Please contact the supervisors before you apply:
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Research theme: Digital Engineering for Fusion Energy This 4 year PhD is fully funded for home students and students with settled status. Tuition fees will be paid and you will receive a tax free
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their application in nuclear power plants. Research Context: The project will leverage a dedicated galling rig, housed in the Royce Institute at the University of Manchester, designed explicitly for conducting tests
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by the University of Manchester. Raman spectroscopy is widely used in graphene characterisation and is well-placed to be used as an in-line method due to its short measurement time and non-destructive
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sites can lead to crevice corrosion. These sites then facilitate local differences in chemistry, leading to the nucleation of localised corrosion. This PhD project will address challenges in understanding
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historically challenging to create sources and detectors due to the limits of both electronic and photonic technology. However, in recent years, powerful sources of laser-generated terahertz (THz) radiation have
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London (UCL), University of Manchester and University of Essex. Applicants should apply to one institution only. The purpose of Soc-B research is to identify social exposures and causal pathways that lead