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Information × Registration Number 0210U007938, 0108U001260 , R & D reports Title The mathematic model of the boundary friction process at rolling. popup.stage_title Head Kaplanov Vasiliy I., Registration Date 11-01-2011 Organization State Higher Educational Institution "Pryazovskyi State Technical University" popup.description2 The seat of deformation, which is the dynamic technical system, on the border of section of which there is a layer of the technological lubricant , designs the mode of friction in accordance with a modern molecular-physical theory. The basic law of influence of surface-active matters on the process of contact co-operation of solids which are the system " the rollings-the plastic-deformed metal" in the conditions of the high-speed rolling which differs of principle features, related to the display of influence of inertia forces in the seat of deformation. The target of research purpose is taken to basis of theory of the thin-sheet rolling, developed on the department of PMP PSTU, created for an effective operate of the process of rolling of thin strip. The basic tasks of research are a design of the modes of friction in the range of high speed and determination of limiting terms of rolling. The process of such rolling can successfully accustom and applied in industry at the decision of large scientific problems. In these conditions working of the optimum mode of heterogeneous friction and design of him is the primary objective of research, which the structure of scope lubricating layers and physical and chemical properties of surface-active molecules influences on. Basic conformities to the law of influence of dynamic effect and contact forces of friction are in this connection certain. Product Description popup.authors Капланов Василь Ілліч Капланова Олена Василівна Лепорська Наталія Василівна Присяжний Андрій Григорович Слепова Олена Олександрівна Сухоруков Іван Сергійович Шемякін Олександр Васильович popup.nrat_date 2020-04-02 Close
R & D report
Head: Kaplanov Vasiliy I.. The mathematic model of the boundary friction process at rolling.. (popup.stage: ). State Higher Educational Institution "Pryazovskyi State Technical University". № 0210U007938
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Updated: 2026-03-23