The formation of third bodies of metallic alloys depends on the mechanical mixing of the first bodies, debris and the lubricant or the atmosphere. While many previous results on pure metals have shown that the formation of ‘mixed material’ decreases friction and wear, inclusive correlations between the properties of this layer (e.g. thickness, structural, mechanical, and chemical) and the tribological properties have not yet been studied rigorously
The formation of tribofilms depends on temperature, shear stress, availability of the related chemic...
Understanding the microstructural and tribo-chemical processes during tribological loading is of utm...
Wastage as a result of the combined effects of wear and corrosion occurs in many environments, rangi...
During lubricated sliding of metallic surfaces the near surfaces undergo significant changes in term...
International audienceAmorphous metal alloys (AMA) have exceptional mechanical properties compared t...
The present paper describes the elemental composition of secondary structures formed on the contact ...
The tribological properties of two steel surfaces rubbing against each other are measured while they...
The tribological properties of two steel surfaces rubbing against each other are measured while they...
In this paper the question is raised whether the coefficient of friction and the wear rate of a lubr...
Tribological interaction often generates new structures and materials which form the interface betwe...
Warmth calculations of carbides and nitrides oxidation of some metals as elements of wearproof cover...
The running-in of lubricated metal–metal contacts leading to ultra-low wear is inseparably con...
Tribological effects between workpiece and tools have a severe impact on the feasibility,economy and...
The running-in of lubricated metalmetal contacts leading to ultra-low wear is inseparably connected ...
Tribocorrosion behaviour of passivating alloys and coatings, such as stainless steels, titanium allo...
The formation of tribofilms depends on temperature, shear stress, availability of the related chemic...
Understanding the microstructural and tribo-chemical processes during tribological loading is of utm...
Wastage as a result of the combined effects of wear and corrosion occurs in many environments, rangi...
During lubricated sliding of metallic surfaces the near surfaces undergo significant changes in term...
International audienceAmorphous metal alloys (AMA) have exceptional mechanical properties compared t...
The present paper describes the elemental composition of secondary structures formed on the contact ...
The tribological properties of two steel surfaces rubbing against each other are measured while they...
The tribological properties of two steel surfaces rubbing against each other are measured while they...
In this paper the question is raised whether the coefficient of friction and the wear rate of a lubr...
Tribological interaction often generates new structures and materials which form the interface betwe...
Warmth calculations of carbides and nitrides oxidation of some metals as elements of wearproof cover...
The running-in of lubricated metal–metal contacts leading to ultra-low wear is inseparably con...
Tribological effects between workpiece and tools have a severe impact on the feasibility,economy and...
The running-in of lubricated metalmetal contacts leading to ultra-low wear is inseparably connected ...
Tribocorrosion behaviour of passivating alloys and coatings, such as stainless steels, titanium allo...
The formation of tribofilms depends on temperature, shear stress, availability of the related chemic...
Understanding the microstructural and tribo-chemical processes during tribological loading is of utm...
Wastage as a result of the combined effects of wear and corrosion occurs in many environments, rangi...