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thermophysical, structural, and rheological properties of slags and molten oxides at high temperatures; Modelling of heat transfer, fluid flow, mixing, and transport phenomena using multiscale modelling
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the changes in flow fields and heat transfer when burners are replaced by different electrification options, and (2) to develop a highly-flexible high temperature heat supply system from electricity
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experimental background and enjoy designing, building, and improving laboratory experiments. Experience in one or more of the following areas is an asset: fluid dynamics, droplet impact, multiphase flow, heat
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heat transfer, phase equilibria, fluid flow, and process control and operation Collaborate with other members of the research group and external partners to achieve project goals Present research
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facilities. Knowledge of numerical methods for large-scale simulations of fluid flow, heat transfer, and chemically reacting systems. Documented ability to work effectively in interdisciplinary research
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challenges in flow distribution, heat and mass transfer, sealing, reproducibility and stable operation. Translate device concepts into CAD models and engineering drawings, and coordinate component
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, heat and mass transfer, sealing, reproducibility and stable operation. Translate device concepts into CAD models and engineering drawings, and coordinate component fabrication, procurement and
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Rutgers, which involves collaboration with faculty with backgrounds in fluid dynamics, combustion, heat transfer, and solid mechanics. Position Status Full Time Posting Number 26FA0856 Posting Open
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transfer, heat transfer, fluid mechanics, thermodynamics and/or reaction or bioreaction kinetics) and design or sustainable and intensified reactors excellent communication skills to disseminate research