En
Register Log in

List of publications on a keyword: «трение»

  • K nekotorym voprosam, kasaiushchikhsia obshchikh pravil rassmotreniia trudovykh sporov

    Proceeding
    Topical issues of law, economic and management
    Authors:
    Valentina G. Sarkisian, Kseniia A. Ryzhova
    Work direction:
    Гражданский и арбитражный процесс
    Abstract:
    Статья посвящена раскрытию вопросов, касающихся общих правил рассмотрения трудовых споров. Трудовое право содержит целый комплекс правовых норм, регламентирующих правовые отношения между двумя субъектами: работником и работодателем. Именно специфический субъектный состав данного правоотношения, который характеризуется соответствующими правомочиями и определяет модель правового поведения работника и работодателя в гражданском судопроизводстве.
    Keywords:
    Go 

  • Contract Formation: Comparing Common Law and Russian Civil Law

    Theses of Report
    Days of Student Science
    Authors:
    Mama Amanova, Liliia R. Nurova
    Work direction:
    Современные гуманитарные науки и проблемы языкознания
    Abstract:
    This article covers the most basic legal concepts in the formation of contracts in common law and Russian civil law. It reveals core aspects of the principal terms of the contracts in common law and Russian civil law.
    Keywords:
    contract formation, common law, Russian civil law, consideration, the subject of the contract
    Go 

  • Analiz issledovanii vysokotemperaturnogo frettinga primenitel'no k razrabotke innovatsionnykh reshenii povysheniia nadezhnosti mashin

    Book Chapter
    Culture. Science. Education: modern trends
    Author:
    Valerii V. Alisin
    Work direction:
    Глава 2. Наука
    Abstract:
    The article is devoted to the development of the direction of work on the creation of qualitatively new innovative solutions to ensure the reliability of connections of machine elements. The recommendations are based on the analysis of studies on wear process of the fixed joints of machine elements during microdisplacements in contact under the influence of vibration at high temperatures. It is established that physical and chemical processes occurring in the area of actual contact of the joint elements are varied and the effect of temperature on tribological characteristics of frictional contact is complex, since with an increase in temperature the reduction of worn-out volume can occur as well as increase of it. To predict the resistance of the contact to fretting, it is necessary to conduct a force analysis on the contact and determine the spectral composition of vibrations affecting the friction contact.
    Keywords:
    friction, wear, fretting, vibration, microdisplacements, high temperatures
    Go 

  • Tsirkonievye keramicheskie materialy tribotekhnicheskogo naznacheniia

    Book Chapter
    Education and science: current trends No 4
    Author:
    Valerii V. Alisin
    Work direction:
    Парадигмы современной науки
    Abstract:
    The problem of improving the reliability and service life of friction units operating in extreme operating conditions, especially at high temperatures, is mainly solved by the use of ceramic materials. The paper analyzes the tribotechnical properties of ceramic materials based on partially stabilized zirconium dioxide and formulates proposals for the optimal selection of friction pairs based on experimental data.
    Keywords:
    friction, wear, zirconium ceramics, zirconium dioxide crystals, tribotechnical tests
    Go 

  • Novye konstruktsionnye materialy na osnove nanostrukturirovannykh kristallov dioksida tsirkoniia

    Book Chapter
    Education and science: current trends No 1
    Author:
    Valerii V. Alisin
    Work direction:
    Парадигмы современной науки
    Abstract:
    The work is devoted to generalization of experimental data of strength and tribological properties of nanostructured partially stabilized zirconium dioxide crystals, including doped rare-earth elements. Examples of practical application of these materials in friction units of machines and devices are given.
    Keywords:
    nanostructure, crystals, zirconium dioxide, friction, wear, resource, reliability
    Go