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deficiencies in the current understanding of indirect-noise generation, especially as it relates to hydrogen-fueled systems, Computational Fluid Dynamics (CFD) will be used. Initially, numerical analyses will
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Are you excited about the future of wearable healthcare? Join us to merge microfluidics and contact lens technology, developing smart lenses that enable controlled tear fluid collection and analysis
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of sediment dynamics in hyperturbid estuaries. These systems are characterized by extremely high suspended sediment concentrations, strong interactions between flow and sediment transport, and the formation
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of particle transport and fluid–soil interaction in dikes. A key scientific challenge is to represent the complex interaction between soil particles and flowing water across different spatial and temporal
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Develop advanced models to understand and predict piping and internal erosion in dikes. As a PhD researcher at TU Delft, you will connect fundamental fluid–soil interaction physics with
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setup in which gas composition, pressure, flow rate and surface temperature can be controlled. Using optical imaging techniques such as back-light imaging and Schlieren, you will study solid CO₂ layer
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in static setups. This brings with it a new set of physics challenges however. Flowing liquid metals are a conductive fluid in an environment with high magnetic and electric fields, leading
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and data analysis. You will design, build and operate a cryogenic experimental setup in which gas composition, pressure, flow rate and surface temperature can be controlled. Using optical imaging
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. Job description The Aerodynamics group is composed of 12 scientific staff and hosts the Chairs of Experimental Aerodynamics, Computational Fluid Dynamics and Flow Control. The group has a specific
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to prevent the formation of gas bubbles in the liquid which form in static setups. This brings with it a new set of physics challenges however. Flowing liquid metals are a conductive fluid in an