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- NTNU Norwegian University of Science and Technology
- NTNU - Norwegian University of Science and Technology
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Operations research group is dedicated to developing and showcasing digital twin models for selected vessels through extensive ship performance and navigation data. The position is funded by the TwinShip
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-boundary value problem is reformulated in such a way that loads, boundary conditions and constitutive models are completely or partially replaced by some form of experimental data. The research activities
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. The biosensor will be extensively tested and ameliorated in-vitro cell culture experiments as a first step before in vivo experiments. The CLIPEUS project has a PhD student, a Postdoc, and a Researcher, and is
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on optical transmission through falling snow and the models we have are inaccurate. By conducting experiments in Arctic weather over a longer period of time, at different geographic locations, we hope to build
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project/work tasks: Development and testing of bioprinted hydrogel scaffolds for bone regeneration Evaluation of cytocompatibility and biosafety in vivo and in different in vitro models Validation
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qualities required for such purposes. Digital terrain models will be used to efficiently map cultural remains under forest canopies. The second project (Mapping Natural Forests in Norway) focuses on mapping
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Maritime Organization (IMO). The Advanced Maritime Ship Operations research group is dedicated to developing and showcasing digital twin models for selected vessels through extensive ship performance and
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- who seek to integrate their perspectives to advance Global Strategy and International Business research. E-mail: bjorn.schmeisser@nhh.no Business Model Innovation Business model innovation (BMI) has
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. The project will quantify how prokaryotic and eukaryotic gene expression patterns influence one another. The candidate will model the relationship between species relative abundances and gene expression to
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science, and translational research models—SHIELD supports research on therapeutic strategies, novel antimicrobial materials, and experimental models that bridge laboratory discoveries to clinical