The structural changes of friction surfaces and assosiated changes of main tribological characteristics (coefficuient of friction, weight wear) taking place as a result of introduction of additive into the lubricating oil were investigated. It is shown that the mechanism of additive action is based on its specific composition and dispersity. The positive effect of the additive is demonstrated by structural examinations with the help of scanning electron microscopy (SEM), profile recording and microhardness measurements as well as by tribological tests conducted using the pair of “cast iron - chromium” (typical friction pair of the cylinder-piston assembly in the most modern engines)
Friction modifiers are one of most important additives in formulated lubricants for reducing parasit...
Five different anti-wear additives, suitable for the formulation of environmentally adapted hydrauli...
Tribological investigations were performed on mineral oil containing Fe, Cu and Co nanoparticles and...
The paper presents the results of laboratory studies of a number of additives introduced during oper...
The conducted studies of the formation of the rational composition of a tribologically active additi...
Considered modifying nano-sized additives of lubricants used to improve wear resistance of the frict...
Main tribological characteristics of selected motor oils were determined by the four-ball friction m...
Magnesium silicate hydrosilicate (MSH) was added into a lubricating oil as an additive for testing s...
The article indicates that one of the directions of increasing the wear resistance of rubbing parts ...
Tribological properties of five anti-wear additives for a steel-copper contact were investigated. It...
The lubrication mechanism of aluminium alloy slid against steel was investigated from the standpoint...
It is possible to form with CEWLS method the metallic nanc-partides in oil which can significantly r...
Although oil contains different additives that manufacturer has already added, there are variety of ...
The paper deals with the influence of base oils (applied for lubricating and cutting fluids compound...
The work aimed to determine the influence of the processes of supramolecular self-organization in th...
Friction modifiers are one of most important additives in formulated lubricants for reducing parasit...
Five different anti-wear additives, suitable for the formulation of environmentally adapted hydrauli...
Tribological investigations were performed on mineral oil containing Fe, Cu and Co nanoparticles and...
The paper presents the results of laboratory studies of a number of additives introduced during oper...
The conducted studies of the formation of the rational composition of a tribologically active additi...
Considered modifying nano-sized additives of lubricants used to improve wear resistance of the frict...
Main tribological characteristics of selected motor oils were determined by the four-ball friction m...
Magnesium silicate hydrosilicate (MSH) was added into a lubricating oil as an additive for testing s...
The article indicates that one of the directions of increasing the wear resistance of rubbing parts ...
Tribological properties of five anti-wear additives for a steel-copper contact were investigated. It...
The lubrication mechanism of aluminium alloy slid against steel was investigated from the standpoint...
It is possible to form with CEWLS method the metallic nanc-partides in oil which can significantly r...
Although oil contains different additives that manufacturer has already added, there are variety of ...
The paper deals with the influence of base oils (applied for lubricating and cutting fluids compound...
The work aimed to determine the influence of the processes of supramolecular self-organization in th...
Friction modifiers are one of most important additives in formulated lubricants for reducing parasit...
Five different anti-wear additives, suitable for the formulation of environmentally adapted hydrauli...
Tribological investigations were performed on mineral oil containing Fe, Cu and Co nanoparticles and...