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mission is to support the innovative use of technology and computation within arts, humanities and heritage research as both a method of inquiry and a means of dissemination. Digital culture is everywhere
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, implement and test power electronic conversion circuits Assist in the development of closed-loop controller for power electronics circuits Develop suitable and safe testing methods for effective testing
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refinement. When dealing with significant geometrical changes in the flow field due to the deposition process, numerical errors can develop due to the large deformations required by the computational grid
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the past has been to exploit approximate or computational solutions; however, this can be unsatisfactory in that it lacks in valuable physical insight. This insight is often crucial in changing partial
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infrastructure. A selection of UK cities will be modelled during the PhD, investigating the city-scale resource and whole life carbon implications of different methods of providing additional space, e.g. vertical
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on the modelling of convective boiling heat transfer from first principles, extending and moving beyond the methods that are currently implemented in computational fluid dynamics (CFD). You will improve
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Details Bacteriophage are potentially the most numerous biological entities on planet earth. Their diversity and ability to reveal novel biology as well as their potential to be developed as novel
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mission is to support the innovative use of technology and computation within arts, humanities and heritage research as both a method of inquiry and a means of dissemination. Digital culture is everywhere
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including XRD, ECV, AFM, SEM, PL, Hall effect, SIMS Essential Application/Interview/Presentation Experience of designing and developing epitaxy research methods leading to high quality epitaxy results
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through this project. In particular, you will gain training in computational methods. You will also gain experience in pharmaceutical characterisation and manufacturing techniques, particle size and shape