Completed Materials & Manufacturing Engineering

Sir Henry Royce Institute -Sheffield Equipment

In plain English

AI plain-English summary

Metals processing is shifting from small laboratory experiments straight to industrial-scale production, leaving a gap where new techniques could be tested and refined. This facility will fill that missing middle ground, allowing researchers to discover, process, and scale up novel metal alloys and manufacturing methods before committing to full factory production. The driving forces are practical: metals must perform better in service while producing less waste and fewer emissions. If successful, the work could reshape how metals are made—reducing energy use and material waste in supply chains for cars, aircraft, infrastructure, and medical devices. It also aims to link metals processing directly into the digitally integrated, resource-efficient factory of the future, where data and automation guide every step. This is applied engineering, not fundamental science: the goal is to accelerate real-world adoption of cleaner, lighter, and stronger metal components by bridging the gap between discovery and industrial reality.

View original technical description
Metallurgy and metals processing is going through period of rapid change driven by the need to improve their performance in-service but also by the socio-economic drivers of reducing process waste and emissions. To address these challenges the overall objective of the Advanced Metals Processing theme is to establish a world leading facility for metals discovery, processing, characterisation, upscaling and manufacturing, with a view to creating a link through to the digitally integrated, sustainable and resource efficient factory of the future. The focus will be on metals process innovation in the "missing gap" between small-scale laboratory metals processing and the industrial scale. It will address the key themes of materials discovery, resource efficient materials manufacture, light weighting, flexible manufacturing, prototyping and production scale-up.

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Researchers

Derek Sinclair (Co-Investigator)Iain Todd (Co-Investigator)Ian Reaney (Co-Investigator)John Haycock (Co-Investigator)Neil Hyatt (Co-Investigator)W Rainforth (Principal Investigator)

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Original classification

Research Grant

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