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to thermal effects. The position is focused on technology development, however laser arrays for sensing applications will be pursued. The integrated photonics field Photonics is widely regarded as the key
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the event of unacceptable voltage fluctuations, or degradation acceleration of temporary exceeding thermal limits, relevant to the daily operations of power systems. More specifically, the research will
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of unacceptable voltage fluctuations, or degradation acceleration of temporary exceeding thermal limits, relevant to the daily operations of power systems. More specifically, the research will include: Development
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affinities: Multi-domain modeling of electrical machines, including electromagnetic, thermal, and structural properties, Coupling of nonlinear material properties in the simulation models, Electrical machine
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activation energy than conventional thermal activation. By choosing the right combination of plasma parameters, feedstock recipes and reactor topology, plasma-driven hydrocarbon synthesis from CO2 may be a
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, could provide pathways of lower activation energy than conventional thermal activation. By choosing the right combination of plasma parameters, feedstock recipes and reactor topology, plasma-driven
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techniques, namely mechanical, thermal and dynamic properties of polymers and its relation with polymer molecular structures and morphology. You should have a scientific attitude combined with a hands-on
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lead to higher mechanical, electromagnetic and thermal stresses as well as non-recoverable failures. Actuator reliability therefore has become a major concern, but failure mechanisms are currently poorly
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attacks. For detection of such complex threats, multi-modal sensor types will be installed at Port of Moerdijk: visual, acoustic, thermal, multi-spectral, etc. The research goal is to learn how to combine
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faster microchips and represent high-precision systems of enormous complexity. Water cooling is often required in sensitive modules of these machines to maintain strict thermal requirements. However, a