514 high-performance-computing-postdoc positions at University of Sheffield in United Kingdom
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Future Generations of Low Temperature District Heat Networks
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devices with integrated sensing, computing, communication and possibly actuation capabilities will work together to achieve a common mission-specific task. The nodes may be heterogeneous, with varying
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. This would reduce both system efficiency and durability. An advanced Computational Fluid Dynamics model will be developed in order to simulate the formation of aerosol, and the process of deposition of fine
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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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of their high energy efficiency and low pollutant emission. However, fuel cell technology is still in its early stage of development. Many scientifically challenging problems have to be solved in order to make it
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is needed to ensure continued operation of the system during periods of low radiation. This project will investigate the integration of solar energy and biogas to provide heat and electricity to a
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, including CCS and heat recovery. Biomass with CCS can be a net negative emissions source, so is gaining interest, but as a result, there is more variation in the fuels being used, from conventional wood
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advanced component technologies, next generation burners and heat integration schemes that do not currently exist, but which illustrate the potential for process improvements. Next-generation combustors
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Machine tool dynamics-based digital twins for real-time monitoring of cutting tool conditions in smart manufacturing
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Development of Digital Twin Models for Real-Time Condition Monitoring of Electrical Machines in Electric Vehicle Applications