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greener synthetic methodologies for high-value chemical products by combining electrochemistry and earth-abundant metal catalysis. Our aim is to reduce the number of synthetic steps, minimise reliance
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environment. Accurately predicting flow and heat transfer in these systems is critical for safety, performance, and design assessments, yet direct high-fidelity simulations, such as Large Eddy Simulation (LES
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features and close to material failure at high rate (e.g. extreme deformation, contacts, failure). Furthermore, you will have the opportunity to assess the scalability of IGA in Massively Parallel Processing
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that can be implemented across the UK. Our innovative PhD project focuses on Heat-as-a-Service (HaaS), a ground-breaking approach to ensuring warm homes while tackling fuel poverty and supporting
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This research aims to explore innovative applications of wearable and wheelchair-based technologies to support Para athletes in monitoring performance. It will assess the transferability
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the modern flow engineering technology. Major issues are the undesired increase of wall friction and wall-heat transfer when the flow becomes turbulent, which impacts directly on the performance
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processing conditions (e.g. aging and thermo-mechanical processing route) to optimise corrosion performance of Constellium’s high strength alloys. This project is an exciting opportunity to work in close
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shortly about to complete a PhD Experience of independent research, and a track record of high-quality publications in computing education research Experience of qualitative and quantitative research
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This PhD project aims to advance Safe and Sustainable by Design (SSbD) pharmaceutical manufacturing by integrating cutting-edge methodologies, including computer-assisted retrosynthesis, end-to-end
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Overview: PhD Opportunity, Fully Funded, £23,237 Tax-Free Stipend + £7,000 Research Support Title: Advancing High-Energy Electromagnetic Propagation in Adverse Conditions Location: Cranfield