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for the next generation of commercial aircraft, combining excellent mechanical performance with low weight. In addition, their melt-processable matrix enables automated, high-rate manufacturing of components
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range between -20°C and 70°C. To extend the applicability of the microfluidic sensor, only inert materials for the seal and the adaptor will be considered. The main challenges are (1) exploring the most
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to withstand pressures up to 30 bar at a temperature range between -20°C and 70°C. To extend the applicability of the microfluidic sensor, only inert materials for the seal and the adaptor will be considered
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of the future, whilst also setting the foundations for the software technologies to run on this new generation of equipment – which of course includes AI. Meanwhile we are pushing the limits of applied
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second PhD candidate focused on molecular simulation, and with project partners at UvA and TNO. Your experiments will connect molecular-level reaction mechanisms to materials performance. This is what you
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be detected. Some applications may require the use of gaseous anaesthetic agents such as isoflurane and desflurane. This also imposes demands on the chemical compatibility of the materials used. In
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goal: to develop recyclable, non-persistent thermoset resins based on humins, creating more sustainable alternatives for conventional materials. Your colleagues: The project is part of the NWO project
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proven track record of excellence, to work on a challenging PhD project, in an exciting multidisciplinary team. Section Mechanics of Materials The section of Mechanics of Materials (MoM) (www.tue.nl
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Networks Our goal: to develop recyclable, non-persistent thermoset resins based on humins, creating more sustainable alternatives for conventional materials. Your colleagues: The project is part of the NWO
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, for green hydrogen production, highly efficient metal halide perovskite-based photovoltaics and, of course, high energy density and safer batteries for e-mobility . You will work in a highly collaborative