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Nikolay Poluyanovich 

+7(950) 860-99-83

Associate Professor

Institute of Radioengineering Systems and Control

Associate Professor

Southern Federal University

E-mail:
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Degree: Candidate of Sciences

Personal page in Russian:
https://sfedu.ru/person/nkpoluyanovich
Personal page in English:
https://sfedu.ru/en/person/nkpoluyanovich

Research interests:

In Russia and abroad known for my work in the field of theories of equivalent transformations of linear and nonlinear circuits and synthesis of energy-saving circuits by using the method of equivalent transformation. The synthesized circuit model and developed a polynomial method for the study of the electrophysical and gas sensitive properties of gas sensors in environmental monitoring tasks. A system was developed and studied kinetic processes electrosynthesis ozone in energy objectives adaptive ozone air fuel system of the internal combustion engine. Obtained in the analytical form of the original solution of the problem of nondestructive testing and prediction of developing damage to the insulation of power cable lines of power supply systems. A mathematical model of interaction of system traction drive electric rolling stock through a contact network, in the task of energy-saving control traction drive electric rolling stock. One of the main directions in the field of increase of reliability and uninterrupted operation of electrical power systems is to study their static and dynamic stability. Predicting the life of electrical insulation materials of power cables using the method of artificial neural networks. Development of intelligent cable line monitoring system based on distributed fiber temperature measurement

 

Research projects:

Research work in the field:

–Development of automated training systems for operational personnel, oil / gas CHP;
–Development of information support for software CAD functional and schematic design of radio receivers;
–Development and research of Microsystem multi-sensor devices for monitoring environmental and technological environments namely:

–Development of methods of formation of the new nanocomposite and nano-materials for highly sensitive sensors of chemical and physical quantities;
–The development of constructive-technological principles of a unified Microsystem modules for multi-use multi-touch devices.
Projects:
Development of methods for optimizing the energy consumption of electric trains in dynamic modes on the basis of the integrated management system and energy saving;
Theory and methods of energy saving control of distributed systems of generation, transportation and consumption of electricity.

Teaching:

  • <ya-tr-span data-index="9-0" data-value="Operation and maintenance of electrical systems of industrial organizations" data-translation="Эксплуатация и техническое обслуживание электрических систем промышленных организаций" data-type="trSpan">Operation and maintenance of electrical systems of industrial organizations</ya-tr-span>
    <ya-tr-span data-index="10-0" data-value="The issues related to the organization of electrical and commissioning works, commissioning are considered. " data-translation="Рассмотрены вопросы, связанные с организацией электромонтажных и пусконаладочных работ, пусконаладочных работ. " data-type="trSpan">The issues related to the organization of electrical and commissioning works, commissioning are considered. </ya-tr-span><ya-tr-span data-index="10-1" data-value="Organization, planning of electrical work. " data-translation="Организация, планирование электромонтажных работ. " data-type="trSpan">Organization, planning of electrical work. </ya-tr-span><ya-tr-span data-index="10-2" data-value="Organization of operation of electrical equipment. " data-translation="Организация работы электрооборудования. " data-type="trSpan">Organization of operation of electrical equipment. </ya-tr-span><ya-tr-span data-index="10-3" data-value="Communication between operation and reliability of the equipment. " data-translation="Связь между эксплуатацией и надежностью оборудования. " data-type="trSpan">Communication between operation and reliability of the equipment. </ya-tr-span><ya-tr-span data-index="10-4" data-value="Operating modes of electrical equipment. " data-translation="Режимы работы электрооборудования. " data-type="trSpan">Operating modes of electrical equipment. </ya-tr-span><ya-tr-span data-index="10-5" data-value="The technology of fault detection and prerepair tests. " data-translation="Технология обнаружения неисправностей и предварительных испытаний. " data-type="trSpan">The technology of fault detection and prerepair tests. </ya-tr-span><ya-tr-span data-index="10-6" data-value="Repair of electrical equipment. " data-translation="Ремонт электрооборудования. " data-type="trSpan">Repair of electrical equipment. </ya-tr-span><ya-tr-span data-index="10-7" data-value="Modernization of electrical equipment. " data-translation="Модернизация электрооборудования. " data-type="trSpan">Modernization of electrical equipment. </ya-tr-span><ya-tr-span data-index="10-8" data-value="Electrical safety. " data-translation="Электробезопасность. " data-type="trSpan">Electrical safety. </ya-tr-span><ya-tr-span data-index="10-9" data-value="Thermal imaging control equipment." data-translation="Тепловизионное оборудование управления." data-type="trSpan">Thermal imaging control equipment.</ya-tr-span>
  • <ya-tr-span data-index="11-0" data-value="Electric drive" data-translation="Электропривод" data-type="trSpan">Electric drive</ya-tr-span>
    <ya-tr-span data-index="12-0" data-value="Modern methods of parameters controlling of electro-mechanical systems with electrical machines of direct and alternating current via power electronic converters and regulators of electrical energy parameters are expounded. " data-translation="Изложены современные методы управления параметрами электромеханических систем с электрическими машинами постоянного и переменного тока с помощью силовых электронных преобразователей и регуляторов параметров электрической энергии. " data-type="trSpan">Modern methods of parameters controlling of electro-mechanical systems with electrical machines of direct and alternating current via power electronic converters and regulators of electrical energy parameters are expounded. </ya-tr-span><ya-tr-span data-index="12-1" data-value="Control circuit of AC and DC electric drives, that are currently used and implemented in the production are considered. " data-translation="Рассмотрены схемы управления электроприводами переменного и постоянного тока, которые в настоящее время используются и реализуются в производстве. " data-type="trSpan" data-selected="false">Control circuit of AC and DC electric drives, that are currently used and implemented in the production are considered. </ya-tr-span><ya-tr-span data-index="12-2" data-value="Algorithms for solving selecting tasks of optimal parameters of AC and DC electric drives control circuits to increase efficiency are considered. " data-translation="Рассмотрены алгоритмы решения задач выбора оптимальных параметров цепей управления электроприводами переменного и постоянного тока для повышения их КПД. " data-type="trSpan">Algorithms for solving selecting tasks of optimal parameters of AC and DC electric drives control circuits to increase efficiency are considered. </ya-tr-span><ya-tr-span data-index="13-0" data-value="Examples of the calculation of AC and DC electric drives control circuits, defining parameters for the management of the engine from the drive and impulse control, determining the speed range, the optimal control angles to increase the efficiency of the electric drive are considered." data-translation="Рассмотрены примеры расчета схем управления электроприводами переменного и постоянного тока, определения параметров управления двигателем от привода и импульсного регулирования, определения диапазона скоростей, оптимальных углов регулирования для повышения КПД электропривода." data-type="trSpan">Examples of the calculation of AC and DC electric drives control circuits, defining parameters for the management of the engine from the drive and impulse control, determining the speed range, the optimal control angles to increase the efficiency of the electric drive are considered.</ya-tr-span>
  • <ya-tr-span data-index="14-0" data-value="Quality monitoring and diagnostics of complex systems" data-translation="Мониторинг качества и диагностика сложных систем" data-type="trSpan">Quality monitoring and diagnostics of complex systems</ya-tr-span>
    <ya-tr-span data-index="15-0" data-value="Questions that make up the theoretical basis of the analysis and synthesis of information and measurement systems are considered. " data-translation="Рассмотрены вопросы, составляющие теоретическую основу анализа и синтеза информационно-измерительных систем. " data-type="trSpan">Questions that make up the theoretical basis of the analysis and synthesis of information and measurement systems are considered. </ya-tr-span><ya-tr-span data-index="15-1" data-value="Basic principles of information-measuring systems, the basic elements of hardware and software, methods for the determination its metrological characteristics, metrological provision of information-measuring systems are studied topics." data-translation="Рассмотрены основные принципы построения информационно-измерительных систем, основные элементы аппаратно-программного обеспечения, методы определения его метрологических характеристик, метрологическое обеспечение информационно-измерительных систем." data-type="trSpan">Basic principles of information-measuring systems, the basic elements of hardware and software, methods for the determination its metrological characteristics, metrological provision of information-measuring systems are studied topics.</ya-tr-span>
  • <ya-tr-span data-index="16-0" data-value="Synthesis of electrical circuits" data-translation="Синтез электрических цепей" data-type="trSpan" data-selected="false">Synthesis of electrical circuits</ya-tr-span>
    <ya-tr-span data-index="17-0" data-value="Methods of equivalent transformation in the circuits of substitution with controlled voltage and current sources are considered in the course. " data-translation="В курсе рассматриваются методы эквивалентного преобразования в цепях замещения с управляемыми источниками напряжения и тока. " data-type="trSpan">Methods of equivalent transformation in the circuits of substitution with controlled voltage and current sources are considered in the course. </ya-tr-span><ya-tr-span data-index="17-1" data-value="Examples of non-linear resistive circuits with controlled voltage (current) sources calculation are presented. " data-translation="Приведены примеры расчета нелинейных резистивных цепей с управляемыми источниками напряжения (тока). " data-type="trSpan">Examples of non-linear resistive circuits with controlled voltage (current) sources calculation are presented. </ya-tr-span><ya-tr-span data-index="17-2" data-value="Basic information about computational aspects of mathematical and circuit analysis methods of electrical and electronic circuits implementation are given and the future prospects in the development of problem solving automated analysis and synthesis of linear and non-linear resistive equivalent circuits are shown. " data-translation="Даны Основные сведения о вычислительных аспектах методов математического и схемотехнического анализа реализации электрических и электронных схем и показаны дальнейшие перспективы в развитии решения задач автоматизированного анализа и синтеза линейных и нелинейных резистивных эквивалентных схем. " data-type="trSpan">Basic information about computational aspects of mathematical and circuit analysis methods of electrical and electronic circuits implementation are given and the future prospects in the development of problem solving automated analysis and synthesis of linear and non-linear resistive equivalent circuits are shown. </ya-tr-span><ya-tr-span data-index="18-0" data-value="Machine methods for solving the circuit analysis and simulation tasks based on the computer algebra and circuit techniques and samples are considered. " data-translation="Рассмотрены машинные методы решения задач анализа и моделирования схем, основанные на компьютерной алгебре и схемных методах и образцах. " data-type="trSpan" data-selected="false">Machine methods for solving the circuit analysis and simulation tasks based on the computer algebra and circuit techniques and samples are considered. </ya-tr-span><ya-tr-span data-index="18-1" data-value="Methods of linear replacement schemes synthesis and automated synthesis of linear programs two- and four-pole (ЕСSP), as well as circuit-analytical synthesis of equivalent circuits method based on the unit of equivalent transformations are considered" data-translation="Рассмотрены методы синтеза схем линейных замещений и автоматизированного синтеза линейных программ двух - и четырехполюсного (ЭЦП), а также схемоаналитического синтеза эквивалентных схем методом на основе блока эквивалентных преобразований" data-type="trSpan">Methods of linear replacement schemes synthesis and automated synthesis of linear programs two- and four-pole (ЕСSP), as well as circuit-analytical synthesis of equivalent circuits method based on the unit of equivalent transformations are considered</ya-tr-span>
  • Installation, programming and commissioning of mechatronic systems and mobile robotics.
    Majoring in the 15.02.10 "Mechatronics and Mobile Robotics" of the College of Applied Professional Education (ASW) of UFU, allows you to master: Organization of installation, repair, adjustment of automatic control systems and measuring instruments, mechatronic systems and mobile robotic systems; Peculiarities of mechatronic complex operation to provide the main production with technological equipment; Features of installation of automatic control systems, measuring instruments and mechatronic systems, namely: Installation of regulatory bodies; Installation features of electrical and actuating mechanisms; Installation and connection of secondary measuring instruments on boards and panels. Installation and connection of direct-acting regulators; Features of installation of remote control equipment on boards and consoles; Installation and connection of relay units, relay panels, relay cabinets; Installation and connection of panels and control units sections of electric drives and actuators.