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rate). Overview The research addresses the broad areas of infrastructure resilience and design in the face of climate change and the implications for disruption management. Specifically, the following
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USD in 2021, and has a significant impact on not only the wellbeing of human, but the environment. The chemical compounds deposited on hair fibres include fatty alcohols, polymers, surfactants, and
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health, wellbeing and productivity can be improved and sustained for those at risk of poor health and wellbeing. The student will work directly with offshore workers, as well as stakeholders such as human
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As the largest organ of human being, skin acts as a barrier to the external environment, and accommodates a diverse microbiota comprised of bacteria, fungi, viruses, and microeukaryotes. Most
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from endangered religious institutions on the continent, and his close relationship with French émigré networks in London. Using a combination of material and textual evidence, the project will
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ability of these models to generate new, emergent behaviour beyond their training data holds promise for developing an ATC agent that can potentially perform beyond human capabilities. Additionally, it
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these technologies will rely on high pressure storage solutions, achieved by means of rotating machineries equipped with highly specialized mechanical seals to prevent leakage. Mechanical seals have a rotating face
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biosensing on-chip. Conceptually different from traditional biosensors where the surface immobilised recognition elements act as passive receptors, we introduce nature inspired surfaces with the unique ability
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practice lack the capability to accurately model linear features such as bridges, gates and weirs which act as obstructions or barriers to flow. These features can heavily influence flow characteristics
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Subject area: Arts and Humanities, Science, Social and Health Services Closing date of advert: 16th June 2024 Start date: October 2024 Name of primary supervisor/CDT lead: Emma Pullen Name(s) of