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Technology . The position is for a period of 3 years. Desired start date: 1 May 2026 or earlier. The fellowship is part of TIES project “Tunable ion separations with micro-structured composite membranes
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. The fellowship is part of TIES project “Tunable ion separations with micro-structured composite membranes”. The project is funded by The Research Council of Norway and aims to develop a novel electromembrane
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PhD candidate to work on advanced modelling of fillet welds in aluminium structures. The project focuses on understanding how weld geometry, alloy composition, thermal history, and manufacturing
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PhD candidate to work on advanced modelling of fillet welds in aluminium structures. The project focuses on understanding how weld geometry, alloy composition, thermal history, and manufacturing
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fundamental insight into the structure-composition-function correlations that govern the performance of heterogeneous catalysts in reactions relevant to the Cyclic Carbon Economy: CO2 hydrogenation with green
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Entropy Alloy (HEA) compositions suitable for Additive Manufacturing (AM) Develop a multiscale methodology to select compositions and microstructure with optimized fraction Establish and optimise Powder Bed
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for experiments. Investigating the role of alloy composition and process parameters on the structural integrity of the final product. Collaborating closely with the other NTNU and SINTEF project partners, as
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of alloy composition and process parameters on the structural integrity of the final product. Collaborating closely with the other NTNU and SINTEF project partners, as well as the industrial partners
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the candidate will be based, is currently home to about 50 faculty. The Department is highly international in its faculty composition as well as its ongoing research and industry collaborations. The department
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the correlation between catalyst composition/structure and their effects on chemical reactions. The catalysts can be of organic and/or inorganic origin. The section has approximately 35 members, subdivided