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action on high-carbon travel Find out more by downloading our full strategy. About the primary supervisor: Dr Dan Geddes is Research Focused Scientist in Chemical Engineering at The University of Sheffield
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. While many models exist that attempt to explain retinotopy in visual cortex, the equivalent problem in touch faces an additional challenge: our body is a three-dimensional object, whose representation
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robustness against various uncertainties originating from the network is our primary objective. This research will require and rely heavily on a control-theoretic and mathematical background. We require
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to a range of useful heteroaromatic building blocks (Ref 1) and that these offer useful platforms for drug discovery (Ref 2). The objectives of this project are to (1) devise a more convergent route to
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supported by simulation software such as STELLA or VENSIM which will be used in this project. The main objective of this project will be to model a to-be-chosen manufacturing process with relevant variables
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for batch reactors, and then develop a CFD methodology by which numerical shape optimisation can be performed with the objectives of minimising the required energy input and maximising the mixing between
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of male quality. Specific questions and approaches taken can be tailored to the particular interests of the student, but objectives could include: (1) Applying cutting-edge genomic methods to study the
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the large trillion-node simulations and in-depth fundamental physics studies. The specific objectives are: Develop a computer model for a multi-sub-channel domain using an advanced CFD approach, and use it to
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Wireless Sensor Networks (WSNs). The problem of localisation (finding the coordinates) of a moving object has been intensively studied during the last decades. This problem arises in many applications: e
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of the catalyst and the slow reaction rate. The main objective of this project is to optimise the structure of the cathode electrode to substantially increase its utilisation. Modelling tools will be used