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Welcome to the Society of Tribologists and Lubrication Engineers


The Society of Tribologists and Lubrication Engineers (STLE) is a professional technical society providing a selection of robust resources in technical research, education and professional development delivered through programming, courses, events and periodicals on topics most important to you: safety, energy usage, maintenance, natural resources, wear and productivity.

STLE Membership is a Low-Cost Investment with High Professional Rewards





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Tribology and Lubrication Technology (TLT) was created to aid in the technical education and professional development for all working in the field of tribology and lubrication engineering.

     


STLE News

STLE2024 Abstract Deadline has passed. Still Accepting abstracts for the waitlist

(Posted on December 12, 2023)

Come share your technical expertise and submit abstracts for oral, student and early career poster presentations for STLE’s 78th Annual Meeting & Exhibition, May 19-23, 2024, at the Minneapolis Convention Center in Minneapolis, Minnesota (USA).



STLE2024 Exhibit Booth Application Now Open

(Posted on December 2, 2023)

Raise your company’s profile to hundreds of key industry stakeholders in the tribology and lubricants community by reserving your exhibit booth space today! Reserve your booth early to secure the best location possible to enhance your visibility in Minneapolis next May.





Listen to the latest Podcast - The Tribology of Eating Chocolate

(Posted on December 2, 2023)

This episode focuses on the topic of chocolate and research that is ongoing to better understand how this food is eaten and how tribology is used to better understand this process.








Featured Peer-Review Paper

(Posted on December 2, 2023)

An Incremental Contact Model for Hyperelastic Solids with Rough Surfaces by Chunyun Jiang & Xuanming Liang
Hyperelastic materials like gels and rubbers have numerous applications in daily life and industrial production. However, most traditional contact models for rough solids do not include the hyperelastic deformation mechanism...
 
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