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Registration Number

0222U004846, 0120U104695 , R & D reports

Title

Scientific basis of modern electromechatronic complexes and electric transport systems.

Head

Khvorost Mykola V., Доктор технічних наук

Registration Date

14-11-2022

Organization

O.M. Beketov national university of urban economy in Kharkiv

Description

 The purpose of the work is to develop scientific bases for the improvement of diagnostic tools, resource-saving technologies that ensure energy efficiency in electric transport, increase the technological level of electromechanical systems. The object of research is modern electromechatronic complexes and electric transport systems. Research methods - theoretical research, finite element method, method of mathematical modeling, analysis, optimization methods, theory of automatic control, method of state variables, linear methods of dynamics calculation, reliability theory. In the work: the issues of improvement and practical application of the electric amplifier in the steering of non-rail transport are considered; features of application of the steering mechanism of the trolleybus and the physical processes occurring during its operation are considered; a mathematical model of a subway car on two two-axle carts was developed, in the central stage of the spring suspension of which springs and electromechanical dampers with axial characteristics were used; the parameters of all elements of the kinematic control scheme of the elevator lifting mechanism are determined; modern achievements in the field of battery modeling, approaches to modeling to create a digital battery duplicate are presented; developed a new device to stop towing, which uses the method of regulating the magnetic flux and equalizing the speed of the towing wheels; identified factors that significantly affect the reduction of specific energy costs; the structure of the electronic model of an artificial neuron and the algorithm of formation of the information output signal depending on speed of change of the controlled parameter on technological object are offered.

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Esaulov Sergey M
Agarkov Ivan V
Babicheva Olga F
Voronov Roman Volodymyrovych
Herasymenko Vitalii Anatoliiovych
Daleka Vasіl
Domanskiy Illya V
Domansky Valery T
Donets Oleksandr V
Zakurday Svetlana O
Kovalenko Andrei V
Kolotilo Vitaly I
Kuznetsov Anatoliy I.
Kulbashna Nadiya I
Linkov Viktor V
Lukashova Natalia P
Pavlenko Tatyana P
Petrenko Olexandr Mykolayovych
Skurikhin Vladislav I
Khvorost Mykola Vasylovych
Shavkun Vyacheslav M