73 finite-element-analysis Postdoctoral research jobs at University of Oxford in United Kingdom
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the polymers will be investigated to discover earth-abundant and synergic metal combinations and to elucidate the minimum energy inputs to enable effective polymer production. The research will involve catalyst
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About the role We are seeking a full-time Postdoctoral Research Assistant to join the Numerical Analysis research group at the Department of Engineering Science (Osney). The post is funded by Rolls
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Atmospheric Dynamics group in AOPP which looks at the role of dynamical processes globally in weather and climate variability, predictability and change. The role will involve detailed analysis and dynamical
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Postdoctoral Research Assistant in Design for Behaviour Change: Circular Economy for Medical Devices
detailed stakeholder analysis of groups such as patients, pharmacists, and pharmaceutical companies that are involved in the return, reuse, and remanufacturing of injection devices. 2. Exploring
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analysis of data from a Nipah virus vaccine trial, using machine learning and statistical tools to identify immune response markers for future trials. You will be responsible for developing new and adapting
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months. The project involves the scale-up of new hierarchical metal oxides and hydroxides and is funded by the UCSF (Oxford University Challenge Seed Fund). Find out more about the O'Hare research and
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We are seeking a research fellow to work on a project on global food systems analysis. This is an exciting opportunity to join a new multi-disciplinary research team on food systems analysis jointly
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the project will focus on developing a thermal water splitting process based on complex transition metal oxides, and then studying the kinetics of the process to facilitate the design of a reactor to integrate
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-established data resources accessed within a secure Trusted Research Environment for large-scale analysis. This role offers excellent opportunities to engage with a broad network of collaborators including
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nanotubes, enables the exploration of thermodynamic processes at the nanoscale. Carbon nanotubes serve as exceptional nanomechanical resonators due to their low mass, high stiffness, and quality factor