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My research interest is in understanding problems that involve multiphase flows that occur in numerous real world problems; my approaches involve developing computational models and applying and developing novel Computational Fluid Dynamics (CFD). This involves developing understanding of mixing in complex fluids where a chemical or biological processes maybe occurring (e.g. bioreactors, fuel cells, combustion, high-speed jets, ventilation) and in problems that require prediction of moving boundaries and free-surfaces (e.g. air-water interfaces; understanding morphologies of solidifying/precipitating solutions, inverse problems). The research is both reliant on the development of numerical codes, particularly in the area of boundary problems, but also makes use of a range of commercial and opensource solvers where suitable. I work closely with the cross-faculty Centre for Computational Fluid Dynamics and I’m involved in multidisciplinary research with colleagues across the University, UK and internationally.
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Chemical Engineering Sciencepp.120205, (2024)
Proceedings of the 3rd World Congress on Mechanical, Chemical, and Material Engineering (2023)
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Hydrologie, Climat et Biogéochimie du Bassin du CongoGeophysical Monograph Seriespp.283-302, (2022)
Congo Basin Hydrology, Climate, and BiogeochemistryGeophysical Monograph Seriespp.275-293, (2022)
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