Thomas Russell Email and Phone Number

Provided production support to the journal and aided in the distribution of articles to a worldwide network of technical experts across the field of tribology.

I was a research assistant under Professor Farshid Sadeghi in the Mechanical Engineering Tribology Laboratory. My research focused on the study of lubrication and machine components. I developed analytical models of tribological phenomena and designed custom test rigs for the evaluation of component performance. Highlights of my test rig design experience:- A test rig for the investigation of ball bearing cage friction featuring a high precision 6 axis load cell, servo motor… Show more I was a research assistant under Professor Farshid Sadeghi in the Mechanical Engineering Tribology Laboratory. My research focused on the study of lubrication and machine components. I developed analytical models of tribological phenomena and designed custom test rigs for the evaluation of component performance. Highlights of my test rig design experience:- A test rig for the investigation of ball bearing cage friction featuring a high precision 6 axis load cell, servo motor system, 3 axis +\- 0.1um positioning system, and mounted DSLR cameras - A counter-rotating bearing test rig for the optical measurement of cage lubrication - A test rig to evaluate load distribution on the bearing / housing interface with thin film sensors - A test rig for the analysis of roller motion in spherical roller bearings with high-speed videographyHighlights of my analytical work:- A novel multibody simulation of cage motion in roller bearings with a lubricated cage pocket model inside of an in-house dynamic bearing simulation- A comprehensive framework in ANSYS Fluent for the use of CFD to investigate of lubricant flow & fluid drag torque inside a deep groove ball bearing Additionally, I have: - Acted in a consultant capacity by attending workshops, performing specialized testing, and giving invited presentations at the global headquarters for several large industrial clients - Prepared 7 industrial research proposals for contracts at METL (Accepted proposals brought in $700,000+)- Participated in twice-weekly group meetings with discussion topics including rolling contact fatigue, friction and wear testing, automotive and aerospace lubrication, dynamic bearing analysis, and general points of interest in the field of tribologyRecognition:- 2023 STLE Young Presenter Award, Rolling Element Bearings- 2022 STLE Captain Alfred E. Hunt Best Paper Award - 2022 STLE Chicago Section Academic Scholarship- 2021 STLE Chicago Section Academic Scholarship Show less

- Capitalized on an influx of talented new members to create a brand new, crowd-friendly drumline to perform at tailgates around Ross-Ade stadium at all home football games- Ensured the longevity of the ensemble by drafting official coursework documentation for the creation of a new class: BAND 110 – 02- Continued to assist with group organization and technical proficiency by holding annual instructional clinics- Supervised all performances (rain or shine) at home football games… Show more - Capitalized on an influx of talented new members to create a brand new, crowd-friendly drumline to perform at tailgates around Ross-Ade stadium at all home football games- Ensured the longevity of the ensemble by drafting official coursework documentation for the creation of a new class: BAND 110 – 02- Continued to assist with group organization and technical proficiency by holding annual instructional clinics- Supervised all performances (rain or shine) at home football games through 2022 Show less

Worked as a member of the Analysis group supporting Turf and Utility products in the Cary, NC office. Used a variety of design and analysis software including Creo Parametric, ANSYS, and LMS Virtual.Lab. Performed static, large deflection, non-linear, and fatigue analyses in ANSYS on a pedal assembly for the ride-on fairway mower. Worked with the design engineer to eliminate unnecessary weldments in the assembly, reducing the production cost of the product while maintaining the… Show more Worked as a member of the Analysis group supporting Turf and Utility products in the Cary, NC office. Used a variety of design and analysis software including Creo Parametric, ANSYS, and LMS Virtual.Lab. Performed static, large deflection, non-linear, and fatigue analyses in ANSYS on a pedal assembly for the ride-on fairway mower. Worked with the design engineer to eliminate unnecessary weldments in the assembly, reducing the production cost of the product while maintaining the structural integrity of the mechanism. Was also responsible for the development of a model for the front caster wheels of the 'Tango' autonomous lawnmower. Used LMS Virtual.Lab to create a model that could predict the reaction forces and torques on drive wheels of the Tango when driving over a bump. Using this model, I then designed and verified a wheel that allows the mower to easily traverse sidewalks and small obstacles without setting off the large bump detection sensors onboard. Show less

Worked on Continuous Improvement in the Chassis department for 7R/8R large tractors. 12 design projects ranging from resolving warranty claims to implementing cost reduction initiatives on current production 7000 and 8000 series large tractors. Personal responsibilities included investigating claims on the assembly line, creating or redesigning geometry in Creo, drafting technical drawings, trial fitting prototype parts, communicating with suppliers, and networking inside and outside of John… Show more Worked on Continuous Improvement in the Chassis department for 7R/8R large tractors. 12 design projects ranging from resolving warranty claims to implementing cost reduction initiatives on current production 7000 and 8000 series large tractors. Personal responsibilities included investigating claims on the assembly line, creating or redesigning geometry in Creo, drafting technical drawings, trial fitting prototype parts, communicating with suppliers, and networking inside and outside of John Deere. Show less

Spent the entire summer of 2016 as a part of a fast paced, detail oriented, intensely competitive marching music ensemble. Traveled 12,000 miles around the country with 150 other performers and spent several hundred hours in rehearsal perfecting an 11 minute production. Competed in the Drum Corps International World Class Circuit.

Spent the majority of the summers of 2014 and 2015 performing with 120 other members in Drum Corps International Open Class Circuit competitions.