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What will you be doing? KNMI develops weather and climate models in order to improve forecasts and explore past and future climates. These models contain numerous parameters. The values
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investigate how optimal inspection and maintenance strategies can be devised using geo-data, engineering models, and AI. The case study will be the city of Amsterdam, however, the methods to be developed will
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the chemical links and feedback mechanisms between the interior, surface and atmosphere of Venus, using both experiments and thermochemical numerical models. These experiments will be conducted in the new high
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Junior Researcher Land Use Models Junior Researcher Land Use Models Published Deadline Location yesterday 19 Apr Amsterdam Do you want your research to impact the future of European agriculture? Do
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models tailored for managing the densely packed frequency bands in 6G networks, and enabling seamless connectivity across space, air, and ground base stations. Your work takes a novel approach by co
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The societal and natural pressures (e.g. climate change) on the rivers and riverine environment are increasing and become increasingly complex to manage, in particular regarding flood risk. Understanding impact
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Impact: More accurate wind stress formulations leading to improved high-resolution weather models and better understanding of satellite radar data. Job description The presence of rich flow structures in
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infrastructure project (known as the “Ruisdael observatory”) aimed at improving the observation and modelling of the atmosphere in The Netherlands. This important national infrastructure is closely linked
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truth and into predictions important for climate change studies and for optimal territory management. The project may also benefit to other technologies making use of interferometry, such as
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extensive structural testing on specimens, interpreting results to comprehend the implications of defects on the structural behaviour of the material. FEA Modelling: Employ Finite Element Analysis (FEA