Conference Programme
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1 http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ 2 Conference Programme II International Conference “MIP: Engineering-2020: Modernization, Innovations, Progress: Advanced Technologies in Material Science, Mechanical and Automation Engineering” (Krasnoyarsk, Russia, April 16-18, 2020) http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ 3 About the Conference International and Russian Union of Scientific and Engineering Associations, Krasnoyarsk Regional Union of Scientific and Engineering Associations, Krasnoyarsk Science and Technology City Hall are organizing II International Scientific Conference «MIP: Engineering-2020: Modernization, Innovations, Progress: Advanced Technologies in Material Science, Mechanical and Automation Engineering». The Conference will take place in Krasnoyarsk in April 16-18, 2020. We invite scientists, specialists and research teams as well as representatives of the enterprises working in the spheres of materials science, automation and mechanical engineering to participate in the Conference. The purpose of the Conference is to share the results and prospects of the achievements in using advanced scientific, innovative and information technologies in materials science, mechanical engineering and automation. The work of the Conference is planned in the following directions: • Material Science and Aerospace Technology; • Mechanical and Automation Engineering for Industry 4.0; • Cybernetics, Economics and Organization of Mechanical Engineering Production; • Information Reliability and Data Protection in Automation Systems; • Chemical, Ecological and Power Engineering. The Conference will take place in April 16-18, 2020 in Krasnoyarsk Science and Technology City Hall of the Russian Union of Scientific and Engineering Associations. http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ Proceedings of the Conference The Proceedings of the Conference in the form of full papers in the English language will be published in IOP Conference Series: Materials Science and Engineering (MSE), indexed by Web of Science and Scopus. The papers should meet the requirements of the Journal (the requirements and the template can be found on the Conference web-site http://conf.domnit.ru/en/conferences/mip-engineering-2020-en/). The official languages of the Conference are Russian and English. The Organizers will provide professional interpretation if required. Conference Venue The Conference will take place in Krasnoyarsk Science and Technology City Hall: 61 Uritskogo Street, Krasnoyarsk, Russia. 4 Registration Fee Participation in the Conference is free. The registration fee for the publication is 200 EURO. The fee is paid after the notice about acceptance of the paper but not later than April 16, 2020. Contact Details Please forward all the questions concerning the participation and the programme to the executive secretary: Anna Voroshilova Tel. +7 391 227 84 84 E-mail: [email protected] Krasnoyarsk Science and Technology City Hall of the Russian Union of Scientific and Engineering Associations, 61, Uritskogo street, Krasnoyarsk, 660049, Russia The detailed information is also available at: http://conf.domnit.ru/en/conferences/mip- engineering-2020-en/. http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ 5 http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ 6 http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ MIP- Design and technology A G Artyushenko JSC “NPO PM Small Design Bureau”, Zheleznogorsk, Krasnoyarsk region, Russian 1001 reliability analysis: fork and Yu P Pokhabov Federation The effect of processing in a SHF electromagnetic field on I V Zlobina, N V MIP- Yuri Gagarin State Technical University of the Bekrenev, I S 1002 Saratov moisture absorption of cured Katsuba 7 polymer composite materials M L Belov, А М Laser airborne reflection MIP- Belov, V A Bauman Moscow State Technical University, method for remote sensing 1003 Gorodnichev and S Moscow, Russia forest species composition V Аlkov Environmental monitoring and its methods and technical MIP- means of environmental Gubkin Russian State University of Oil and A G Topchiev 1004 protection in the area of Gas., Moscow, Russia technical responsibility of oil and gas industries. Sergey V. Fuzzy-set analysis of models Donbass National Academy of Civil Storozhev, Valeriy of temperature deformation of Engineering and Architecture, Donetsk MIP- I. Storozhev, Vitaly National University, Mechanical Engineering thin-walled elements with 1005 E. Bolnokin, Duong Research Institute of the Russian Academy elliptic boundaries in industrial Minh Hai, Denis I. of Sciences, Vietnam Naval Technical and aerospace structures Mutin Institute Accounting of data uncertainty Sergey V Donbass National Academy of Civil in advanced technological Storozhev, Valeriy I Engineering and Architecture, Donetsk MIP- models of design calculations Storozhev, Vitaly E National University, Mechanical Engineering 1006 of acoustoelectronic Bolnokin, Denis I Research Institute of the Russian Academy components from piezoelectric Mutin, Elena I of Sciences, Moscow State University of materials Mutina Technology "STANKIN" Identification of the causes of MIP- non-uniformity of the O A Nasibullina and Ufa State Petroleum Technological 1007 condensate collector metal of A S Tyusenkov University, Ufa, Russian Federation the main gas pipeline MIP- High- temperature tribological Mechanical Engineering Research Institute, M. N. Roshchin 1008 tests of composite materials Russian Academy of Sciences Increasing wear resistance of MIP- Blagonravov Mechanical Engineering the hinge guide compressor in V V Alisin Research Institute of the Russian Academy 1009 aircraft engine of Sciences, Moscow http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ P V Zakharov, A M Shukshin Altai State University for Dislocation structure of Eremin, S A Humanities and Pedagogy, Biysk; MIP- dicotyledonous bimetals under Novokuznetsk Branch-Institute of Kemerovo Safronova, A V 1010 external harmonic influence: State University, Novokuznetsk; Polzunov Markidonov and M molecular dynamics modeling Altai State Technical University, Barnaul, D Starostenkov Russia Federal budget - funded research Institute of MIP- Vibration studies of a A Ja Minaev and Ju Machines Science named after A.A.Blagonravov of the Russian Academy of 1011 magnetoelastic material V Korovkin Sciences, 4 Maly Kharitonyevsky Pereulok Moscow 101000, Russian Federation The friction surface MIP- G B Burdo and A N destruction mechanism in a Tver State Technical University 8 1012 Bolotov magnetic field Tatyana V Training specialists in material Dubovitskaya, sciences and aerospace Еlena Р Tatyanina, MIP- Voronezh State Technical University, engineering using the Tatyana L Turaeva, 1013 Moscow City University interactive educational Olga S Habarova environment and Olga Yu Zaslavskaya Influence of the composition of MIP- Mechanical Engineering Research Institute, the metal-ceramic coating on M N Roshchin 1014 Russian Academy of Sciences wear resistance Information search subsystem Ural Federal University named after the First MIP- for intellectual system of President of Russia B. N. Yeltsin; Institute of Sergey V Byvaltsev Engineering Science, Ural Branch of the 1015 improvement of pressure Russian Academy of Sciences, Ekaterinburg, processing processes Russia Basic laws of filled polyaluminosilicate MIP- Tomsk State University of Control Systems polycondensation used in A A Ivanov 1016 and Radioelectronics, Tomsk printed circuit boards of power electronic spacecraft devices Hoang Nhat Minh, Compressor disc structural MIP- Chu Duy Lanh, optimization for gas turbine Viettel aerospace institute 1017 Nguyen Phi Minh, engine Nguyen Tien Quyet Electrochemical technology for the formation of S.Yu. Kireev, S.N. MIP- heterogeneous metal Kireeva, M.V. Penza State University 1018 structures with increased Glebov corrosion resistance MIP- Remote diagnostic capability А. Abdukayumov, Tashkent State Technical University named 1019 of aircraft special equipment I.S. Maturazov after I.Karimov http://conf.domnit.ru/ru/conferences/mip-engineering-2020/ Diagram of plastic material V I Mironov, I G Ural Federal University, 2Institute of MIP- Engineering Science, Ural Branch of the transition into brittle state Emel’yanov and O 1020 Russian Academy of Sciences, Ekaterinburg, under hydrogen saturation A Lukashuk Russia Modeling of the thermal Russian University of Transport (MIIT) Z Fazilova, A MIP- stresses in the welded rails of Moscow, Russia; Vorkuta permanent way Loktev, V Shapran division of the Northern Infrastructure 1021 the continuous welded track in and I Chizhikov Directorate of JSC «RZD», Vorkuta, Russia; the permafrost zone JSC «GSH Group», Moscow, Russia The life cycle assessment of A Loktev, Z Russian University of Transport (MIIT), MIP- the used rails according to the Moscow, Russia; Engineering School of the Fazilova, and E 9 1022 results of cyclic high- Far Eastern Federal University, Vladivostok, Gridasova frequency tests the Primorye Territory, Russia Nikolay A Ermoshin, Dmitry C Peter the Great St.Petersburg Polytechnic Assessment of road surface Bukatov, Dmitry A University, St. Petersburg; Military Academy MIP- durability taking into account of logistics named by General A. V. Khrulev, Filippov, Aleksey C 1023 the variability of transport load St. Petersburg; Main personnel Department Tsyba and parameters of the Ministry of Defense of the Russian Aleksandr V Federation, Moscow Stroganov The construction of linear soil Russian