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of Mechanical Engineering . You will be embedded within the National Centre for Advanced Tribology at Southampton (nCATS) research group and may also contribute to other aligned research areas. Your expertise
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industriels représentatifs. La valorisation des travaux est prévue sous forme de publications dans des revues internationales (Tribology International, Surface & Coatings Technology…) et de communications dans
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(including tribology and pyrotechnic devices), materials (including related manufacturing and assembly processes, space environmental effects, cleanliness and contamination control) and associated
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Interaction and Source Optimization 3D Nanostructure Imaging and Scattering Techniques Surface Chemistry and Tribology Our institute combines state-of-the-art laboratories with a dynamic scientific environment
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modification techniques for metals and high-end polymers to reduce friction and wear under high contact pressures. Tribological testing under various environmental and loading conditions. Modeling and simulation
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Application/interview Hold a PhD or be close to completion (or have equivalent experience) in materials science, engineering, tribology, applied maths or physical science or any other relevant discipline
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Description The project is a ongoing collaboration between the Femto Neuro group and the Mecanochemistry and Tribology team, FEMTO-ST Institute in Besançon, France. The project will feature a close industrial
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Engineering Group (School of Chemical, Materials and Biological Engineering) at the University of Sheffield. The research will investigate the physicochemical and tribological properties of alternative proteins
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developing optical technology to characterize them and explore their behaviour in tribological contacts. We offer an exciting opportunity for an enterprising candidate to join a truly multidisciplinary project
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Engineering -a field at the intersection of materials science, mechanical engineering, and human-centered design. From smart coatings and tactile interfaces to micro-scale tribology and bio-inspired surfaces