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research facilities in the areas of fluids, structures and their interactions, including a new world-class fluid dynamics facilities complex in the Boldrewood Engineering Campus, complete with a 138m towing
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Vibration (ISVR) and benefit from having access to the cutting-edge experimental facilities at the University of Southampton and the high-speed computational resources. You will be involved in
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architectures and surface modifications/coatings by replicating dynamic fluid flow conditions within a stented urinary tract. In separate work, we have shown that multilayer coatings with varying mechanical
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thresholds for vibration during transportation difficult to establish. The aim of this project is to experimentally address the multiphase fluid dynamics of shaking vials and intravenous bags containing liquid
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for designing and conducting series of reduced-scale blast experiments to be undertaken at specialist explosive testing facilities based at the University of Cape Town. Using computational fluid dynamics (CFD
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close proximity to porous materials to understand their influence on bubble dynamics. Use non-Newtonian fluids, including granular materials and yield-stress fluids, to observe and quantify
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-leading academics at the University of Southampton who are leaders in aerospace and maritime engineering science. You will have access to the University’s extensive fluid dynamics laboratories in order to
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nozzle geometry would be best suited for such a specific application. In this project you will use computational fluid dynamics (CFD) to simulate the formation of liquid shells from coaxial nozzles
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good first degree in a relevant engineering subject, physics or mathematics. Ideally the candidate should have experience in fluid dynamics and demonstrated aptitude for developing computational models
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computational fluid dynamics for flow predictions (SU2) and complex, finite element models for the structure (Nastran). The expected contribution and novelty of this project is the implementation of a different