This paper presents an overview on the use of various classes of nanomaterials in lubricant formulations. The following classes of nanomaterials are considered: fullerenes, nanodiamonds, ultradispersed boric acid and polytetrafluoroethylene (PTFE). Current advances in using nanomaterials in engine oils, industrial lubricants and greases are discussed. Results of numerous studies combined with formulation experience of the authors strongly suggest that nanomaterials do indeed have potential for enhancing certain lubricant properties, yet there is a long way to go before balanced formulations are developed
Water-based suspensions with nanoparticles as additives have been developed to replace oil-based lub...
The advent of nanotechnology has resulted in a significant number of experimental studies over the p...
In the current work tribological properties of different compositions of lubricant additives based o...
Nanoparticles can be considered as potential lubricant additives. They present several major advanta...
Abstract This review focuses on the effect of metal-containing nanomaterials on tribological perform...
Lubricant additives can effectively enhance the performance and environmental adaptability of lubric...
There has been growing interest in nanoparticles for tribological applications over the past 20 year...
The prospect of modern tribology has been expanded with the advent of nanomaterial-based lubrication...
This review article summarizes the progress of research on carbon nanomaterial-based lubricants witn...
Applying nanomaterials and nanotechnology in lubrication has become increasingly popular and importa...
In this study, SAE-0W20 engine oil was mixed with graphene and fullerene nanoparticles. The goal of ...
In order to successfully design the mechanical elements of a machine in relative motion, it is neces...
In order to successfully design the mechanical elements of a machine in relative motion, it is neces...
In order to successfully design the mechanical elements of a machine in relative motion, it is neces...
Reducing power losses in engines is considered a key parameter of their efficiency improvement. Nano...
Water-based suspensions with nanoparticles as additives have been developed to replace oil-based lub...
The advent of nanotechnology has resulted in a significant number of experimental studies over the p...
In the current work tribological properties of different compositions of lubricant additives based o...
Nanoparticles can be considered as potential lubricant additives. They present several major advanta...
Abstract This review focuses on the effect of metal-containing nanomaterials on tribological perform...
Lubricant additives can effectively enhance the performance and environmental adaptability of lubric...
There has been growing interest in nanoparticles for tribological applications over the past 20 year...
The prospect of modern tribology has been expanded with the advent of nanomaterial-based lubrication...
This review article summarizes the progress of research on carbon nanomaterial-based lubricants witn...
Applying nanomaterials and nanotechnology in lubrication has become increasingly popular and importa...
In this study, SAE-0W20 engine oil was mixed with graphene and fullerene nanoparticles. The goal of ...
In order to successfully design the mechanical elements of a machine in relative motion, it is neces...
In order to successfully design the mechanical elements of a machine in relative motion, it is neces...
In order to successfully design the mechanical elements of a machine in relative motion, it is neces...
Reducing power losses in engines is considered a key parameter of their efficiency improvement. Nano...
Water-based suspensions with nanoparticles as additives have been developed to replace oil-based lub...
The advent of nanotechnology has resulted in a significant number of experimental studies over the p...
In the current work tribological properties of different compositions of lubricant additives based o...