Showing 3821 - 3830 of 3925 results for "Aerospace Engineering"
  • https://sheffield.ac.uk/energy/news/energy-institute-project-make-drinking-water-safe-egypt-shortlisted-2020-newton-prize
    The project’s investigators, Dr Mohammed Ismail and Dr Davide Poggio, both from the University of Sheffield’s Department of Mechanical Engineering, modelled and designed the system based on the water
    Thumbnail for Energy Institute project to make drinking water safe in Egypt is shortlisted for…
  • https://sheffield.ac.uk/cmbe/news/sheffield-joins-cmacs-new-epsrc-mediforge-hub-build-industry-50-solutions-transform-sustainable
    Professor Rachel Smith (Sheffield lead) and Professor Jim Litster from Chemical and Biological Engineering at the University of Sheffield will join this £11M, 7-year award led by the University of ... School of Chemical, Materials and Biological
    Thumbnail for Sheffield joins CMAC’s New EPSRC MediForge Hub to build industry 5.0 solutions…
  • https://sheffield.ac.uk/cmbe/news/sustainable-biodegradable-plastic-packaging-be-created-algae-and-bacteria-co-culture-new-research
    Research into the many uses of algae is taking place across the Department of Chemical and Biological Engineering. ... Now in the second phase of this project - having secured a £1.64m grant from the Engineering and Physical Science Research Council
    Thumbnail for Sustainable biodegradable plastic packaging to be created from algae and bacteri…
  • https://sheffield.ac.uk/royce-institute/news/experimental-approach-simulate-ejecta-titanium-spacecraft-surfaces-under-re-entry-extreme
    About us. Impact and outreach. Facilities. Capabilities. Research. Department of Materials Science and Engineering. ... Dr Yunus Azakli, Engineering Lead for Materials Discovery and Prototyping, adapted the Arcast SC100 at the Royce Discovery Centre,
    Thumbnail for AN EXPERIMENTAL APPROACH TO SIMULATE EJECTA ON TITANIUM SPACECRAFT SURFACES UNDE…
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  • https://sheffield.ac.uk/insigneo/overview/events/insigneo-seminar-professor-rebecca-shipley-and-prof-simon-walker-samuel-ucl
    for Nerve Engineering and Professor Simon Walker-Samuel from the UCL Centre for Advanced Biomedical Imaging who will visit the Insigneo Institute on Friday 10 March 2023.
  • https://sheffield.ac.uk/cmbe/news/congratulations-ava-and-luke-who-have-both-been-awarded-roy-g-post-foundation-scholarships
    By conducting engineering simulations and detailed structural analyses, Luke aims to establish robust design standards for this promising disposal solution. ... School of Chemical, Materials and Biological Engineering.
    Thumbnail for Congratulations to Ava and Luke who have both been awarded Roy G. Post Foundatio…
  • https://sheffield.ac.uk/metallicscdt/news/fabrication-silicon-carbide-nanoparticles-using-pulsed-laser-ablation-liquid-and-investigation
    Nanomaterials (NMs) exhibit notable properties applicable across a diverse range of sectors, including physics, biology, materials science, chemistry, and engineering. ... Prior to his doctoral studies, Saeid completed both his master's and...
    Thumbnail for Fabrication of silicon carbide nanoparticles using pulsed laser ablation in liqu…
  • https://sheffield.ac.uk/management/news/leading-academics-management-school-share-knowledgeable-insights-festival-social-sciences
    the Institute of Work Psychology as part of the Materials Made Smarter Centre, a project funded by the Engineering and Physical Sciences Research Council and Made Smarter Innovation [EP/V061798/1].
    Thumbnail for Leading academics of the Management School share knowledgeable insights at the F…
  • https://sheffield.ac.uk/news/university-sheffield-be-biggest-green-hydrogen-producer-and-drive-development-sustainable-aviation
    Giuseppe Buscemi, President, IMI Critical Engineering Europe, said: “The aviation industry is responsible for around seven per cent of the UK’s total carbon emissions and this figure continues to rise. ... fuels. We expect this technology, both...
    Thumbnail for University of Sheffield to be biggest green hydrogen producer and drive developm…
  • https://sheffield.ac.uk/news/worlds-first-low-energy-bioplastics-developed-university-sheffield-raises-ps2-million-investment
    The bioplastics perform better than existing bioplastics for use in high-value engineering and can reduce carbon emissions by up to seven times compared with oil-based alternatives.
    Thumbnail for World’s first low-energy bioplastics developed with the University of Sheffiel…