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of solvents and metal nanoparticles (MNPs). Such irradiation processes occur over a wide range of time and length scales and so we are developing a range of theoretical and computational approaches that bridge
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in materials synthesis and physicochemical characterisation, contribute to the development of calcination and powder engineering processes for downstream metallisation, and participate in industrial
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processes, control systems, communication networks and cyberattacks. The Research Fellow will contribute to the development of mathematical and computational methods for safety verification, reachability
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high-power laser plasma interaction and related areas. Demonstrate significant experience in experimental research using high-power lasers, Experience in using computer codes for data analysis
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for SHM and post processing techniques e.g. computer vision Experience in NLFEA of concrete structures Impact loading To be successful at shortlisting stage, please ensure you clearly evidence in your
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discipline with socio-technical dimensions such as Computer Supported Cooperative work and Human Computer Interaction, software sustainability and computational sciences. Significant relevant research