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Field
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has on the space-time geometry. The aim of the project is to explore the backreaction of quantum fields on black hole space-times. First, the stress-energy tensor for a chosen quantum field is computed
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to complex geometries, and run in real time for digital-twin monitoring. This project will develop physics-informed Fourier Neural Operators (FNOs) for thermal NDE of curved and layered composite structures
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two building blocks: high-fidelity Computational Fluid Dynamics (CFD) simulations of boiling flows within complex geometry using opensource software and cutting-edge adaptive mesh refinement techniques
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deliver the EPSRC programme grant REMODEL, advancing parallelmeshgeneration and geometry representation for industrially relevant, high-fidelity simulations at Exascale. Based at Swansea University, you
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for fusion components. This framework foresees two building blocks: high-fidelity Computational Fluid Dynamics (CFD) simulations of boiling flows within complex geometry using opensource software and cutting
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k Si3N4 and then the additive manufacturing of the components with the aim of achieving complex geometries with the enhanced ceramic. Funding notes: This PhD programme will be hosted in the School
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, Analysis, Combinatorics, Dynamical Systems, Ergodic Theory, Geometry and Topology, Number Theory, Probability, Set Theory and Logic. The post-holder will be a member of the School’s Institute for Pure
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are recruiting a Research Officer to help deliver the EPSRC programme grant REMODEL, advancing parallelmeshgeneration and geometry representation for industrially relevant, high-fidelity simulations at Exascale
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the BBSRC/NSF-BIO collaborative programme in conjunction with the Kunjapur lab at the University of Delaware and builds on an initial proof-of-concept study using alignate co-polymers. The specific role
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to understand how the properties of thin quantum-fluid films—systems that behave in strikingly non-classical ways—are affected by surface geometry. Two key cases will be investigated: quantum fluids confined to a