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funded by Akademia agreement (Equinor). Research topic The PhD Fellow will be affiliated with the project about carbon capture with supramolecular structures. The project aims to design molecular-based
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(Equinor). Research topic The PhD Fellow will be affiliated with the project about carbon capture with supramolecular structures. The project aims to design molecular-based ordered structures for efficient
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be affiliated with ongoing research activity where focus is on development of a Digital Tumor simulation tool for improved anticancer treatment. The project builds on previous research activity where a
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simulations, both providing a limited representation of natural wind. The proposed work aims to contribute to bridge the gap between the model- and full-scale aerodynamics, as well as add new information
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for this position is to develop linearising methods applicable to switched and quantised systems, specifically physical modelling and simulation: developing new model-based control methods (optimal control schemes
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evolving dynamic situations and input users' insights and feedback. Challenges include defining clear boundaries for human intervention, standardizing a human feedback system, ensuring continuous model
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of casing inside casing to simulate annular space between two casing strings. Then, different configurations of cement (e.g., neat cement, expanding cement and contaminated cement) will be placed in
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the most attractive region in the country with more than 300,000 inhabitants. The Stavanger region has a dynamic labour market and exciting cultural and leisure activities. Together with our staff and
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. The university is located in the most attractive region in the country with more than 300,000 inhabitants. The Stavanger region has a dynamic labour market and exciting cultural and leisure activities. Together
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300,000 inhabitants. The Stavanger region has a dynamic labour market and exciting cultural and leisure activities. Together with our staff and students we will challenge the well-known and explore