INFLUENCE OF ELECTRO-PHISICAL PROCESSING ON THE HEAT ENGINES FUEL AND LUBRICATE MATERIALS ANTI-WEAR PROPERTIES
Journal Title: Проблеми тертя та зношування - Year 2016, Vol 71, Issue
Abstract
There was studied the way of electro-physical processing influence on the fuel and lubricate materials anti-wear properties for improving the heat engine reliability and life time. Physical and chemical processes that occur while using this method were analyzed. Steel wear degree increase and decrease due to magnetic influence in the fuels and lubricants was determined.
Authors and Affiliations
YU. TERESCHENKO, I. MOROZOVA
THE INFLUENCE OF STRUCTURAL AND TECHNOLOGICAL FACTORS ON THE STRENGTH OF CARBON FIBER
There were made the researches of the most typical reinforcement schemes and generation mode on dissipation of carbon fiber resistance capabilities. And there is shown that the coefficient of variation in the carbon fibe...
THE INFLUENCE OF DOPING MOLYBDENUM ON THE PHYSICAL AND MECHANICAL PROPERTIES OF THE EUTECTIC ALLOY OF SYSTEM OF WC-W2C
The arrival on the market of drilling services of foreign companies has led to a change in drill-ing technology and substantially changed the requirements for the material and structures of drill pipes. The most demande...
METHODS OF ESTIMATION OF THERMAL CHARACTERISTICS OF METALLIC FRICTION ELEMENTS OF BRAKE DEVICES
The peculiarities of determining thermal characteristics of metallic friction elements of brake devices are illustrated. The method of regular mode for estimation the rates of heating and cooling the rims of metallic fr...
STATUS OF TRIBOLOGICAL SYSTEM «VCH50 - MOTOR OIL - AO20-1» IN THE CONDITIONS OF INSUFFICIENT LUBRICATION
The results of tribotechnical tests of the tribological system of materials "VCH50 - motor oil - AO20-1", which was investigated in tribo-conjugation "neck-insert" using full-scale specimens of the details of the crank-a...
WEAR OF STEEL CHROMOSALUMINIZED 12Х18N10T IN FRICTION SLIDING UNLUBRICATED
The structure, phase and chemical composition, microhardness of the surface bands are 12Х18N10T after chromoaluminizing chromoaluminizing. It is shown that the wear resistance stali 12Х18N10T in sliding friction without...