Skip to main content

Industry Insights February 2023

Thank you

This live web event has ended. Thank you for attending.

Description

Recent work at Timken has improved fidelity of our modeling of lubricant behavior in elasto-hydrodynamic (EHL) contacts. Employing the capability of our high-pressure rheology laboratory we have characterized the lubricant rheology at pressures comparable to rolling contact. This has improved our modeling of power loss in bearings. Also, in support of recent trends in Aerospace platforms regarding the adoption of ceramic hybrid rolling element bearings, we will also briefly discuss the tribological testing of common Aerospace bearing materials, comparing all-steel and ceramic hybrid combinations.

Contributors

  • John Lowry

    John Lowry has served as Chief Engineer for Aerospace since 2011. Prior to being named chief engineer, Lowry was a program manager for Timkenā€™s Wind Energy business. He also previously served in roles as program manager in technology new product development, worked as Six Sigma expert, and as a product development engineer. Before joining Timken in 1999, Lowry worked for Emerson Electric at the Motor Technology Center in St. Louis for five years as a senior development engineer. He also had experience as a research associate at Battelle Memorial Institute and The Ohio State University.

February 15, 2023
Wed 12:00 PM CST

Duration 1H 0M

This live web event has ended.

For Technical Support
+1 (858) 201-4136