Tribis Engineering, Inc.
is an automated test systems manufacturer and testing laboratory, specializing in Wide Spectrum Tribological Testing
. Their products and services include:
- Test Design Evaluation and Recommendations
- Testing Equipment Requirements and Design
- Results Interpretation
- Machine Design
- Bearing Design
- Hydraulic and Pneumatic Design
|Bearing Configuration / Selection and DesignMaterials SpecificationValidation Testing|
Robert Adams, PhD, PE
- Production Machine Reliability
- Production Process Reliability
, President of Tribis, is an innovative Tribological Science and Mechanical Engineering
professional with extensive experience in plane bearing technology and the design of automated test systems.
Dr. Adams is noted for the creation of Tribis' TS-01D which incorporates a state of the art, ultra-sensitive in-situ measurement system coupled with proprietary machine automation and control logic. He has utilized the TS-01D to perform tests for some significant plane bearing material suppliers. These customers have been extremely satisfied with the test results delivered in very short timeframes.
Dr. Adams has taught courses, delivered lectures, and written several articles on plane bearing materials. Presently, an Adjunct Professor of Engineering at Oakland University in Rochester, MI, where he teaches both a graduate and undergraduate course: "Introduction to Lubrication, Friction, and Wear: Tribology." Dr. Adams is the holder of several United States patents.
Professional and R&D Achievements
View Robert Adams' Expert Witness Profile
- Professional Engineer, State of Michigan, License No. 3763
- Professional Engineer, State of Florida, License No. 77351
- NCEES Record No. 56277
- Developed research equipment and methods aimed at replacing the industry standard PV limit model with a Heat Generation and Design Map wear rate model to more comprehensively characterize tribological material properties. Resulted in the "Wide Spectrum" testing technology.
- Designed and developed unique testing equipment and machine control methods capable of determining dry sliding wear rates by up to 200 times faster than conventional test equipment, making "Wide Spectrum" testing economically feasible.
- Tested and evaluated novel and nano-composite bearing materials to define wide spectrum performance characteristics.
- Secured several "early adopter" contracts to conduct "Wide Spectrum" testing for several customers, globally, and including Fortune 100 members.
- Awarded SBIR contract from US Navy to develop new “Slipper Bearings” for aircraft carrier arresting systems.