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sustainable smart textile, wearable electronics and composite products. You will assist in the day-to-day planning, organisation and implementation of experiments in the laboratory to ensure the smooth running
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multi-scale model to predict interfacial strength in over-moulded components, aiming to enhance the manufacturing efficiency and reliability of composite materials in the automotive and aerospace sectors
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View All Vacancies Are you experienced in computational modelling of complex flows for materials technology and ceramic coatings? Do you want to join a world class multidisciplinary team with
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strength in over-moulded components, aiming to enhance the manufacturing efficiency and reliability of composite materials in the automotive and aerospace sectors. The successful applicant will engage in
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Are you experienced in computational modelling of complex flows for materials technology and ceramic coatings? Do you want to join a world class multidisciplinary team with industry partners
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, encompassing high entropy carbides, borides, and similar compounds. This will involve delving into their compositional space and investigating properties such as hardness, elastic modulus, thermal expansion
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. This will involve: Determining the aggregate material content of the space-based objects leading to the development of a catalogue of material composition of satellites Developing material degradation models
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-reinforced composites, textiles recycling, coating, printing, textiles, product design, electronics, manufacturing, and materials science. You will have a combination of visual, technical and creative skills
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breakers using high composition AlGaN materials and the Chair in Emerging Technologies awarded to Professor Kuball by the Royal Academy of Engineering (RAEng) in 2020, and various US funded programmes the
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://www.orc.soton.ac.uk), where they will engage in internationally recognised research. The project involves the innovation of new optical fibre, specifically designed for monitoring high-value composite materials