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Development of biofidelic test-beds for assessing human interactions Department of Mechanical Engineering PhD Research Project Self Funded Prof M Carre, Prof R Lewis, Dr J Rongong Application
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Examining the mechanical behaviour of human skin under loading Department of Mechanical Engineering PhD Research Project Self Funded Prof M Carre, Prof R Lewis Application Deadline: Applications
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AD design and operating strategies for energy demand matching in the face of non-uniform feedstock availability and composition Department of Mechanical Engineering PhD Research Project Self Funded
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Details Many human interactions with objects and surfaces rely on perception of the tactile interface. This could be when gripping objects with hands, or controlling walking movements through the physical
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used in phones and tablet devices). It will focus on imaging techniques and experimental methods to measure biomechanical properties of the hand and link these characteristics with the ability of human
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Humanitarian NGOs and Trade Unions: a history of conflict and collaboration
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Gypsies and Travellers and the harms of planning: counter-mapping, oral histories and housing justice
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to provide a comprehensive assessment of occupant injuries. These conventional approaches, by using a single indicator, simplified the complex nature of human injuries. Particularly, different types of brain
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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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supramolecular structures intended to act as hosts and electrochemical/optical sensors for biological signalling models. Subject areas: Organic chemistry, inorganic chemistry, synthetic chemistry, applied