Premature failure of polymeric self-lubricating bearings is a limiting factor in the sustainable
and continued operation of hydropower plants. In this work, the tribological performance of …

The design and development of self-lubricating materials can reduce friction and wear in
industrial activities to satisfy higher demands for environmental sustainability. Silica …

The composition of the metal-polymer friction pair is carefully considered for interacting with
water and hydrogen, ensuring the metals electrode process potential remains below waters …

Manufacturers of hydraulic fluids invest a lot of effort and resources in improving their
physico-chemical properties, with the goal of getting as close as possible to the properties of …

Development of composites containing both self-lubricating and self-healing (SLSH)
characteristics is a nascent area of research for applications where direct lubrication is …

The compatibility of seal materials with the working fluid is crucial for the flawless, energy-
saving, environmentally sustainable, and safe operation of any technical system. This is …

Polyetherketone (PEK) is a high-performance polymer, but its composites for lubrication
applications have not been well explored because of limited enhancement by one …

This study evaluated the tribological performance of a glycerol-based hydraulic fluid as a
green alternative to conventional mineral-based hydraulic lubricants under low-temperature …

This research work investigates the environmental impact and tribological performance of
glycerolbased lubricants, highlighting their potential as innovative, green lubrication …

Inženirski polimeri so dokazali, da imajo zelo obetavne tribološke lastnosti in uspešno
sledijo visoko zmogljivim termoplastom. V naših raziskavah smo preizkušali in analizirali …