Tribotronics involves the development of ‘intelligent’ machine components, which are able to adapt their operation in response to their operating conditions.
These devices can be optimised in many different ways. For example, they may change their shape to achieve the lowest possible power loss, compensate for wear or manage fluid leakage. This optimisation contributes to reducing the overall consumption of power and environmental emissions caused by mechanical equipment, as well as giving access to digital data about the operating state of the machine and the chance to upgrade mechanical equipment with new software.
The conferment ceremony took place in the same location where Nobel prizes are awarded every year, Stockholm Concert Hall, with a ceremony attended by around 1,000 people. In addition to guiding research at UCLan, Professor Sherrington will be working with staff and students in KTH’s Department of Machine Design on a range of collaborative projects on Tribotronics as well as more conventional problems involving friction and wear of machine components over the next three years.
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