441 web-programmer-developer-"https:"-"UCL"-"U"-"https:"-"https:" positions at University of Sheffield in United Kingdom
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fundamental timber properties in fire, e.g. load-induced thermal strain, which has not yet been studied. Subsequently, the project will develop numerical models to predict the structural fire performance of
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and optimise advanced polymer-drug combinations for manufacturability and mechanical strength Evaluate antimicrobial performance and controlled drug-release behaviour Develop implant prototypes
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Environmental and Economic Burden of MWFs. The research will develop two intertwined metrics: the Life Cycle Assessment (LCA), which quantifies the comprehensive environmental footprint, primarily in terms
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ACCE+ DLA Programme: How do global and climate-driven migrations affect local functional diversity?
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project offers an exciting opportunity to radically reimagine LPBF through the use of a novel hybrid multi-laser architecture. Working with exclusive, state-of-the-art laser systems developed at the
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project offers an exciting opportunity to radically reimagine LPBF through the use of a novel hybrid multi-laser architecture. Working with exclusive, state-of-the-art laser systems developed at the
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to saliva and subjected to movements from chewing and speaking. To address this, the project will develop special bio-inspired hydrogels, water-based gels that mimic strong natural adhesives found in nature
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, providing a detailed map of the spin-flipping (intersystem crossing) mechanism. * Magnetic Resonance Spectroscopy: You will be heavily involved in developing and commissioning a new pulsed light-detected
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. These recommendations can explicitly consider typical indoor conditions for a range of environments such as for those in fuel poverty, or in care homes. It is expected that this PhD will develop appropriate guidance
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Digital and sensor based conformance validation for large scale forged components (C4-AMR-Crawforth)
. This project, in collaboration with Sheffield Forgemasters, will aim to develop a cyber-physical system using data obtained at primary upstream stages (forging) with final downstream finishing process (Machining