978-5-907313-15-6 10.31483/a-137 Культура. Наука. Образование: современные тренды Culture. Science. Education: modern trends

В монографии представлены научно-исследовательские материалы известных и начинающих ученых, объединенные основной темой современного видения путей развития культуры, науки, образования.

 chief_editor Петров Геннадий Николаевич Petrov Gennadij Nikolaevich petrovgn@journaledu.com Арестова Вероника Юрьевна Arestova Veronika Jur'evna https://orcid.org/0000-0003-4450-5505 arestova.veronika@gmail.com ИД «Среда» 2020 Copyright © Алисин В. В., 2020 2020 This work is licensed under a Creative Commons Attribution 4.0 License. 10.31483/r-74629 74629 Анализ исследований высокотемпературного фреттинга применительно к разработке инновационных решений повышения надежности машин Analiz issledovanii vysokotemperaturnogo frettinga primenitel'no k razrabotke innovatsionnykh reshenii povysheniia nadezhnosti mashin https://orcid.org/0000-0001-5780-2352 Алисин Валерий Васильевич Alisin Valerii Vasilevich vva-imash@yandex.ru ФГБУН «Институт машиноведения им А.А. Благонравова РАН» Россия FGBUN "Institut mashinovedeniia im A.A. Blagonravova RAN" Russia 114 125

статья посвящена разработке направления работ по созданию качественно новых инновационных решений в обеспечении надежности соединений деталей машин. Формулируемые рекомендации основаны на анализе исследований процесса изнашивания неподвижных соединений деталей машин в процессе микроперемещений в контакте под воздействием вибрации в условиях высоких температур. Установлено, что физические и химические процессы, протекающие в области фактического контакта соединяемых деталей, отличаются разнообразием, и влияние температуры на трибологические характеристики фрикционного контакта является неоднозначным, с увеличением температуры возможно и снижение изношенного объема, и увеличение его. Для прогнозирования стойкости контакта к фреттингу необходимо проведение силового анализа на контакте и определение спектрального состава вибраций, воздействующих на фрикционный контакт.

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.

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