• Wind turbines bearing positions sensitive to creep
• Creep by strain (roller-induced)
• Creep by runout (housing-induced)
• Experimental data analysis
• Which data sources are most effective for bearing failure diagnosis? What is the added value of learning methods?
• How to learn failure progression trends from the data?
• Can we extract lifetime determining loads from large sets of scada data?
• Application of plain bearings in gear boxes and as main bearings
• What are the challenges and where is research potential
• Overview of the research activities
• Does main bearing axial motion impact lubrication?
• Is there asperity contact during regular operations.
• Modelling and analysis for spherical roller bearings.
• The Joule Challenge project, what is it?
• Main bearing configurations for 20MW and beyond
• Comparison at Scale – How hydrodynamic journal bearings compare to rolling element bearings at the large sizes required for next generation wind turbines
• Cost analysis of hydrodynamic journal main bearings including maintenance and replacement cost, and their economic impact
• What is new?
• Future Outlooks
• Most exciting projects and technologies
• Recent developments in drivetrain research
• Cutting edge results for better accuracy and efficiency
Globally, many industries are focused on supply chain dynamics and sustainability in the supply chain. The Global Bearings arena is no exception. This workshop will dive deep in strategic approaches to reduce risk and diversify materials acquisition to ensure efficiency in the supply chain.
• How to optimize the supply chain
• Dealing with global crisis and disruptions to the supply chain
• Mitigating strategies to reduce risk.
• Outlook and Prospect