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Information × Registration Number 0221U101125, 0120U104695 , R & D reports Title Scientific basis of modern electromechatronic complexes and electric transport systems. popup.stage_title Head Smyrnyi Mykhailo F., Доктор технічних наук Registration Date 15-01-2021 Organization O.M. Beketov national university of urban economy in Kharkiv popup.description2  The work contains: 199 pages, 12 tables, 138 formulas, 70 figures ELECTRIC TRANSPORT, MECHATRONIC SYSTEMS, DIAGNOSTIC METHODS, ELECTROMECHANICAL SHOCK ABSORBER, ELECTRIC MOTOR The purpose of the work is to develop scientific bases for the improvement of mechatronic systems of electric transport, which increase the technological level of electromechanical transport systems, their reliability and ensure maximum resource conservation. The object of research is mechatronic systems of electric transport. Research methods - theoretical research, analysis, optimization methods, the theory of automatic control, the method of state variables, linear methods for calculating the dynamics, the theory of reliability. In work: - the reasons of heating of the electromechanical equipment (EMO) at its operation are considered. The way and algorithm for determining the rate of temperature change on the basis of current data using the D-shaper are considered; - developed methods for determining the optimal parameters of the electromechanical shock absorber for the subway car and performed mathematical modeling of the electromechanical shock absorber taking into account non-stationary processes; - the proposed model, which allows to model the distance between automated vehicles; - it is proposed in the steering of the trolleybus to replace the hydraulic amplifier with an electric amplifier that has an electric motor with a rolling rotor; - improvement of mechatronic transmission systems for reduction of emissions into the atmosphere and increase of efficiency of automobile production is offered; - results of an estimation of reliability of a rolling stock of city electric transport are resulted, the basic ways of its increase are defined; - the estimation of the developed functional scheme of the electric drive system is given; - the essence of the method of state variables is revealed, which allows to visually and rationally describe electromagnetic processes in electrical systems. Product Description popup.authors Esaulov Sergey M Agarkov Ivan V Babicheva Olga F Voronov Roman V Gerasimenko Vitaly A Daleka Vasil H Donets' Oleksandr V Zakurday Svetlana O Zubenko Denis Yu Kovalenko Andrei V Kozlova Olga S Kolotilo Vitaly I Kostenko Ivan O Kulbashna Nadiya I Lukashova Natalia P Pavlenko Tatyana P Petrenko Olexander M Skurikhin Vladislav I Soroka Konstantin O Shavkun Vyacheslav M Shpika Mykоla I Yagup Ekaterina V popup.nrat_date 2021-01-15 Close