The present study aims at monitoring and classifying the multi-variant wear behavior of
sliding bearings. For this purpose, acoustic emission (AE) technique was applied to a test rig …

Under high-temperature, high-speed, heavy-duty, and extreme lubrication operating
conditions, such as those found in gearboxes of aviation engines and electric vehicles, gear …

To explore the influence of surface quality on gear scuffing performance, an experimental
investigation is performed on gears treated with different surface techniques using an FZG …

The growing interest in gear scuffing research primarily stems from the escalating standards
and operation requirements in aero-engines and electric vehicles, particularly under high …

For the influence of boundary film on the lubrication state of sliding friction pairs, a boundary
film strength model was proposed that can comprehensively reflect the influences of film …

The mechanical and tribological properties of polyimide (PI)‐based composites loaded with
polytetrafluoroethylene (PTFE) and milled carbon fibers (MCF) in the as received and …

Scuffing is a catastrophic failure that causes significant surface damages such as plastic flow
and welding with a marked increase in friction, wear, temperature and noise. In this study …

Surface temperature rise during the sliding process significantly affects friction and wear,
which is crucial for the performance of mechanical systems. In this work, the finite element …

Durability limits mark the transition of a tribosystem from stable to unstable running
conditions, commonly known as seizure, scuffing or a mild-severe wear transition. Beside …

In the presented work, a methodical approach was developed for determining rational
operation modes of tribosystems, taking into account their design. This approach makes it …