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the findings with Computational Fluid Dynamics based modelling work as part of an integrated team. A central aim of the project is to identify successful mitigation strategies and thereby enhance the commercial
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Application Deadline: Applications accepted all year round Details A novel high speed photography technique is being developed at Sheffield which will give new insight to the very earliest stages of railway
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Application Deadline: Applications accepted all year round Details Gasification is an advanced thermal treatment technology that converts carbon containing materials into syngas for downstream use, e.g
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downstream systems. These vary widely between fuels and there are distinct differences between conventional coal and biomasses used for UK power generation. This project will compare emissions from these fuels
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, Dr Kevin Hughes Application Deadline: Applications accepted all year round Details The combustion of biomass is proposed as a “carbon neutral” alternative to fossil fuel utilisation and even a “carbon
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Rankine cycle power generation combined with Circulating Fluidised Bed (CFB) and Fluidized Bed (FB) combustion technology is the most viable alternative to the pulverised coal (PC)-based USC power
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Deadline: Applications accepted all year round Details Natural gas is seen as cleaner than other fossil fuels and will continue to have an essential role in the energy mix of the future, particularly in
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elastic behaviour. This is why elastic waves, such as vibrations, are an ideal choice to test the stress and strength of materials. This project will focus on modelling elastic waves (shear, surface, and
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considered as substitute to conventional metallic alloys. Machining is a manufacturing operation where mechanical interaction of a cutting tool with the workpiece material results in material removal and
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: Applications accepted all year round Details This project will build on previous research within the department to measure the mechanical response of human skin and near-surface human tissue systems to normal