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Field
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. From a fluid dynamics perspective, the newly formed solids can be regarded as particles suspended within the pore-scale flow. The primary objective of this project is to investigate the transport
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In the energy transition many technologies rely on the injection and extraction of energy carriers, like geothermal heat, CO2 and hydrogen. Repeated fluid pumping could lead to clogging of fluid
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the interaction between the structure of CFM and dynamic performance of the flow. The aim will be achieved through the following objectives: Develop a novel approach to investigate the fluid-solid coupling effect
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gases in the atmosphere. Derivation of parameters necessary for the calculation of regional atmospheric effects. Secondments: von Karman Institute for Fluid Dynamics (VKI, Sint-Genesius-Rode, Belgium, ca
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tool that can simulate indoor radon level dynamics and the effect of energy-efficient measures and different mitigation methods, combining the results of Computational Fluid Dynamics (CFD) simulations
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of Computational Fluid Dynamics CFD environment and simulations including: - Computation of the microwave field, Coupling of the microwave field with the plasma - Computation of elementary ionization, recombination
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behaviour of ablated gases in the atmosphere. Derivation of parameters necessary for the calculation of regional atmospheric effects. Secondments: von Karman Institute for Fluid Dynamics (VKI, Sint-Genesius
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to validate computational fluid dynamics modelling to determine drag and vortex-induced vibrations on dSPCs associated with biofouling. Better understanding of the hydrodynamic consequences on dSPCs from key
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dynamic relationships between plasma levels and target analytes in exhaled condensed breath and in interstitial fluid. Research field: wearable technology, biosensors, electroanalysis, hormonal monitoring
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- Fundamental of computational fluid dynamics, and experience with CFD software - Methods for design & optimisation - Computer assisted design and prototyping, - Experience with