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DEMAG Ergotech viva 2000-840
This DEMAG Ergotech viva 2000-840 Injection Moulding Machine from 1998 was manufactured in Germany.
This DEMAG Ergotech viva 2000-840 Injection Moulding Machine from 1998 was manufactured in Germany. ...
GINDUMAC GmbH

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SKF and ICL extend tribology R&D collaboration

Posted on 22 Nov 2020 and read 1328 times
SKF and ICL extend tribology R&D collaborationGlobal solutions provider SKF, founded in 1907, and Imperial College London (ICL), involved in tribology research since 1948, are extending their R&D partnership until 2025.

The SKF University Technology Centre (UTC) has been housed at Imperial College London since 2010 and has delivered research that helps bearings perform better and longer, while also contributing to lower energy consumption in the machines they operate in.

Dr Kenred Stadler, SKF’s R&D collaboration manager, said: “Tight collaboration between leading academia and R&D-driven companies like SKF is key to increasing the speed of innovation in industry. Through our relationship with Imperial College London, which first started in the 1970s, we will drive both short-term, agile projects lasting a few months as well as longer-term PhD projects.”

Students involved in the SKF UTC at ICL have an opportunity to work with some of the industry’s most unique test facilities, including a novel sapphire bearing rig that enables the in-situ observation of bearing lubrication.

Professor Dr Guillermo Morales, SKF principal scientist, said: “The bearing industry has so many fantastic research opportunities. It is great to partner with universities like ICL to make sure some of the brightest minds out there apply their skills to the field of tribology. Collectively, we will be able to think outside the box to make even greater advancements.”

“By better understanding the theory behind tribology-related failure mechanisms, we can design better and more efficient bearings. Working in close partnership with Imperial College London, our R&D teams in Houten, Netherlands, can greatly increase the speed at which this work can be conducted.”