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- W1506934981 abstract "Tribology, as the science, has passed a long and complicated path of development, but still has not received that stage of completeness which guesses the decision of engineering tasks connected with increase of wear resistance of machines and instruments’ parts in factory practice. In a large array of works on different aspects of tribology published for the last half century there are not enough investigations about the role of metal science in a nature of wear. It is characteristic specially for knots of machines working under abrasive affect conditions that cause an intensive mechanical wear and loss of life by executive links (Kragelsky, 1965; Beckman & Kleis, 1983). A role of mechanical characteristics and aspects of metal science began to study in tribology much later (Rabinowicz, 1965; Tribology handbook, 1973). For this reason, the providing wear resistance of machines parts was reached, primarily, by possibilities of the experienced designers’ specialists trying to exclude their breaking and deformation in conditions of small-cycled and a long-lived loading of working links based on known methods of toughness computation. In accordance with designer’s ideas of development and machines creation with higher operational characteristics, there was an apparent necessity for more detailed study of outwearing nature, especially in conditions of abrasive affect, as one of the basic reasons of equipments refusal. Specially, it concerns the work of oil-industry machines and drilling equipment, ore-mining, coal-extracting, oregrinding, agricultural, building and other equipments (Richardson, 1967; Wellinger, 1963). Thus, the independent direction was discovered in tribology the investigation of mechanical wear nature at the different acts variants of external forces and abrasives: at the sliding friction, at the rolling friction, at the blow over an abrasive, in the stream of abrasive particles, in the not fastened abrasive mass, etc. The final goal of these investigations was the search of criteria tie of wear for steels and alloys with their standard mechanical characteristics, with regimes of heat treatment and structure, with the purpose of technological possibilities revealing in industrial conditions to control the processes capable to influence positively on the wear resistance increase of machines’ parts under mechanical wear conditions." @default.
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- W1506934981 date "2011-04-26" @default.
- W1506934981 modified "2023-10-16" @default.
- W1506934981 title "Methods of Choosing High-Strengthened and Wear-Resistant Steels on a Complex of Mechanical Characteristics" @default.
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- W1506934981 doi "https://doi.org/10.5772/15781" @default.
- W1506934981 hasPublicationYear "2011" @default.
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