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a Postdoctoral Research Fellow contributing to the ARC-funded project: ‘The Cultural History of Fatigue’, based in the School of Communication and Arts. This project investigates how the historical
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: Virgínia Isabel Monteiro Nabais Infante (ist13988) Organic Unit: Scientific Area of Mechanical Design and Engineering Materials Scholarship Theme: Experimental and numerical study of Mode I+III fatigue crack
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. The place of work will be at campus Porsgrunn. About the doctoral project The person appointed will be affiliated with the research project pavement materials and fatigue damage modelling, which is headed by
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fatigue cracking, rail-seat abrasion, freeze-thaw damage, and reduced service life. These challenges are particularly critical in cold-climate railway infrastructure, where repeated temperature fluctuations
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to the deterioration of conventional timber and concrete sleepers, including fatigue cracking, rail-seat abrasion, freeze-thaw damage, and reduced service life. These challenges are particularly critical in cold-climate
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similar. The Research Fellow will deliver the experimental programme investigating how immune-mediated inflammation and bile-acid exposure cause mitochondrial dysfunction and fatigue in Primary Biliary
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requirements from UEMS and hospital staff into engineering design specifications Conduct mechanical strength, fatigue, and ergonomic testing of prototypes in simulated and real healthcare environments Coordinate
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Conduct mechanical strength, fatigue, and ergonomic testing of prototypes in simulated and real healthcare environments Coordinate user trials and structured feedback sessions with UEMS supervisors and
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, fatigue, fracture mechanics or mechanical characterisation of brittle and/or polymer-based materials. Additive manufacturing or CAD/CAM processing of polymer-based, hybrid or ceramic materials, including
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an advantage if you have experience with one or more of the following: Wear testing or tribology, fatigue, fracture mechanics or mechanical characterisation of brittle and/or polymer-based materials