Engineering: Fully Funded M2A MSc by Research at Swansea: 3D Modelling

Engineering: Fully Funded M2A MSc by Research at Swansea: 3D Modelling

The greatest structures, cars, machines, and commercial products require hot-rolled steel of perfect quality. Tata Steel Strip Products UK produces this steel in Port Talbot through the recent Strip Mill where efficient computational modelling combines with process knowledge to supply excellent quality steel. Example applications of this product include car bodies for Jaguar Land Rover, structural tubes for the Wembley arch, The Shard in London and steel packaging i.e. cans for Heinz Baked Beans.

Temperature control within the hot-rolling mill is critical to producing steel with the right mechanical properties. The Coilbox within the Port Talbot Hot Strip Mill is an unusual process step which ensures a homogeneous temperature profile at entry to the finishing mill and shortens the specified length of the installation.

Offline modelling of temperature in hot rolling is important for both product and process development. This modelling is more sophisticated than online models but takes longer to run than is suitable for real-time control. Tata Steel R&D has developed an in-house model for hot-rolling simulation, TiTAN, which mixes finite element simulation with a well-developed GUI and complicated material models. However, because the Coilbox in Port Talbot is exclusive in Tata Steel Europe, it’s not yet a part of the model.

Project Aims:

This project will involve developing a module for the Coilbox in Tata Steel’s hot-rolling simulation software, TiTAN. the scholar will work with this software, designing and writing the code for this implementation to suit with the prevailing code structure. This work includes cleaning of huge industrial data sets, and an optimisation process should be used to tune the model. The result are going to be a module accurately modelling Port Talbot Hot Strip Mill’s Coilbox, facilitating development of latest products through improved understanding of microstructure in three dimensions.

Experience in coding in an object-orientated language, and an honest understanding of warmth transfer fundamentals would be advantageous.

Eligibility

• We welcome applications from candidates with a degree (minimum level 2:1) during a relevant discipline or a mixture of degree and equivalent experience to an equivalent level.
• We would normally expect candidates to possess met the University’s English requirements (e.g. IELTS 6.5 overall with 5.5+ in each component) by point of application.
• Due to funding restrictions, this scholarship isn’t hospitable ‘International’ candidates.

Benefits

The scholarship covers the complete cost of UK tuition fees, plus a tax free stipend of £12,500 for a period of 1 year.

Application
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How to Apply

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Formal Scholarship Council Canada Site: https://apply.scholarshipcouncil.com/