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on practical experience. The questions it aims to answer primarily concern the development and optimization of large-scale reef restoration methods. To this end, we will actively initiate and facilitate reef
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structures for building-integrated wind energy systems. The aim is to push the boundaries of current technology by identifying optimal aerodynamic configurations that maximize wind capture efficiency and
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cutting-edge analytical approaches (Multilevel Vector Autoregressive Models, Dynamic Structural Equation Modelling, Hidden Markov Models, Causal discovery algorithms, Reinforcement Learning), Contributing
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of the appointment, providing the first empirical demonstration of the WaveGuard system. In addition to experimental work, the postdoc will contribute to the numerical design and optimization of the metamaterial
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Description Join the DigiOcean4Solar project to develop a Digital Ocean environment for fast and reliable simulations of wind-wave-structure interactions in floating solar farms. Job description We are looking
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high-fidelity CFD–machine learning (CFD–ML) framework capable of efficiently analyzing and optimizing rooftop aerodynamic duct structures for building-integrated wind energy systems. The aim is to push
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the research area of finite geometry. Job description The Discrete Mathematics and Optimization group within the Delft Institute of Applied Mathematics at TU Delft is offering a full-time 2 year Postdoc position
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and across individuals, populations, and species. To understand this variation, we need to consider how stress responses adapt to the structure of the environment over multiple timescales—through
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stress responses within and across individuals, populations, and species. To understand this variation, we need to consider how stress responses adapt to the structure of the environment over multiple
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characterisation techniques; You will identify and implement optimal methods for the integration and testing of materials in real-life conditions; You will perform structure-property correlations and unravel