Roman KLYUEV
Biographic Data
| ID | 6871559 |
|---|---|
| NAME | Roman KLYUEV |
| GIVEN NAMES | Roman |
| FAMILY NAME | KLYUEV |
| SIGNATURE | KLYUEV R |
| AFFILIATIONS | Moscow Polytechnic University |
| VERIFIED | No |
| TOTAL WORKS | 21 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 21 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2016 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Quantitative assessment of harmonic distortions in power supply systems of mining enterprises
Introduction. Active experimentation is a key method for systems analysis of electric power systems, especially in mountainous areas, where grids are characterized by increased instability due to geographic dispersion and climatic factors. Traditional approaches to assessing power quality do not take into account the specific characteristics of high altitudes, requiring the use of adaptive algorithms and robust statistics. The purpose of the rese…
Rank analysis and system modeling for optimization of electricity consumption and sustainable development of energy facilities in mountain areas
Introduction. Rising electricity costs and the complexity of power supply in mountainous areas require new forecasting and optimization methods. A technocenological approach based on rank distributions allows us to consider technical facilities as a holistic system. The purpose of the research: To develop and test a methodology for rank analysis of electricity consumption in a power plant (hydrogen production) to improve energy efficiency and sus…
System analysis of electric power quality as a factor of sustainable development of the mining and transport complex
Introduction. Power quality is critical to ensuring the sustainable and reliable operation of mining enterprises. At the molybdenum mine, where electric locomotive haulage is a key process, a significant problem has arisen: reduced electrical equipment reliability caused by higher harmonic distortions in the 6 kV network from numerous traction converter substations. The purpose of the research: to conduct a systemic analysis of the levels and spe…
System analysis of calculation methods for power supply systems in quarry points
To optimize decisions on the choice of power supply options and obtain the greatest technical and economic efficiency in computer-aided design, it is necessary to improve the methodological base, develop economic and mathematical models of the most important and labor-intensive problems and algorithms for solving them using modern computer technology. In this work, a block diagram of an algorithm for computeraided design of power supply systems f…
Development of a methodology for calculating swings in an electrical system
Introduction. The most dangerous type of accident in an electrical system is short circuits, which lead to damage to equipment, increased wear on overhead insulation, and loss of electricity. After disconnecting short circuits with the help of relay protection, swings occur in the system, the nature of which is determined by the previous emergency and subsequent post-emergency mode of the system. The purpose of the research: determination of the …
HTTPS
Introduction. Automated process control systems, as a set of characteristics related to the ability of an object to satisfy certain needs, are one of the most important indicators of the quality of complex technical systems consisting of a large number of interacting mechanisms, apparatus and instruments. Their failure can lead to accidents and emergencies, resulting in large economic losses, destruction of industrial facilities, and sometimes hu…
Comprehensive assessment of hydrodynamic processes in the Klinskoye Quarry with the use of their control methods in rock masses
Introduction. The article presents the results of studies of hydrodynamic processes in the quarries of the Klinskoye deposit using methods for controlling them in rock masses. The Klinskoye deposit is planned to be developed by open pits: Klinskoye and Vostochny (hereinafter referred to as Klinskoye), which have a common surface contour, as well as Western, located 370 m north of Klinskoye. Materials and methods. The work was carried out using hy…
Analysis and comprehensive evaluation of gas-dynamic processes in coal mines using the methods of the theory of probability and math statistics analysis
Introduction. The article discusses the technical distribution system of gas-dynamic and aero-dynamic processes in coal mines, characterized by: the uniqueness of modes, linearity, dynamism, variability of parameters and variable operating conditions. An analysis and a comprehensive assessment of gas-dynamic and aero-dynamic processes in coal mines is being carried out. Research tasks: to develop a methodology for the analysis and comprehensive a…
Development of a method for analyzing and evaluating the optimal state of aerogasodynamic processes in coal mines
The article deals with the state of aerogasdynamic processes in coal mines. With centralized automatic control and management of mine ventilation using a control system, in the circuit of which application software is used, the choice of a rational period for collecting information received from controlled objects is of great importance.The object of automatic control in a coal mine are the parameters characterizing the state of the mine atmosphe…
Development of Methods and Management Tools Aerogasdynamics Processes at Mining Sites
The practical development of the algorithm for optimal control of mine ventilation was preceded by comprehensive studies of the specific features of mining sites in order to obtain their mathematical description. The latter includes the static and dynamic characteristics of objects, i.e. the relationship between input and output values. The purpose of the research: to develop methods and management tools aerogasdynamics processes on mining sites …
Assessment and Analysis of Aerodynamic Parameters of Air Flows for Effective Selection of Air Supply Schemes in Coal Mines
The article examines a complex technical system on the example of air supply of coal mines, characterized by: multicomponent, a large number of quantitative and qualitative parameters, nonlinearity of interdependencies between them; incompleteness of information, the complexity of experimental research, the risks of dangerous situations and the catastrophic nature of their consequences; the uniqueness of the modes and conditions of the systems fu…
Comprehensive Analysis of the Effective Technologies Application to Increase Sustainable Development of the Natural-Technical System
Ответственность за содержание статей несут авторы
Assessment of Mining-Geological and Mining Technical Conditions of the Severny Pit With the Use of Mathematical Models
One of the most important indicators characterizing the operating conditions of the fields is the water cut. It negatively affects the way of mining and the possibility of effective use of modern mining technologies. The high water cut of the cover and ore-hosting rocks often serves as the main reason for a decrease in their stability and the manifestation of negative processes (quicksand properties of rocks, caving), as a result of which the saf…
Assessment of Oil and Gas Potential Prospects of the North Eastern Unit of the South Khulym Deposit
Ответственность за содержание статей несут авторы
Complex Analysis of Genetic Features of Mineral Substance and Technological Properties of Useful Components of Dzhezkazgan Deposit
Ответственность за содержание статей несут авторы
Estimation of the Reliability of the Ventilation Control System at the Mining Sites
Evaluation of Use of Effective Technologies for Increasing Sustainable Development of Natural and Technical System of Oil and Gas Complex
Analysis of Management of Mine Ventilation Networks Using Simulation Models
The Petroleum Potential Estimation of the North Caucasus and Kazakhstan Territories With the Help of the Structural Geodynamic Prerequisites
Analysis of the functioning of the natural-industrial system of mining and metallurgical complex with the complexity of the geological structure of the deposit
Analysis of the functioning of the natural-industrial system of mining and metallurgical complex with the complexity of the geological structure of the deposit
No prominent works on this page.
Analysis of the functioning of the natural-industrial system of mining and metallurgical complex with the complexity of the geological structure of the deposit
Analysis of the functioning of the natural-industrial system of mining and metallurgical complex with the complexity of the geological structure of the deposit
Analysis of Management of Mine Ventilation Networks Using Simulation Models
The Petroleum Potential Estimation of the North Caucasus and Kazakhstan Territories With the Help of the Structural Geodynamic Prerequisites
Estimation of the Reliability of the Ventilation Control System at the Mining Sites
Evaluation of Use of Effective Technologies for Increasing Sustainable Development of Natural and Technical System of Oil and Gas Complex
Assessment of Oil and Gas Potential Prospects of the North Eastern Unit of the South Khulym Deposit
Ответственность за содержание статей несут авторы
Complex Analysis of Genetic Features of Mineral Substance and Technological Properties of Useful Components of Dzhezkazgan Deposit
Ответственность за содержание статей несут авторы
Comprehensive Analysis of the Effective Technologies Application to Increase Sustainable Development of the Natural-Technical System
Ответственность за содержание статей несут авторы
Assessment of Mining-Geological and Mining Technical Conditions of the Severny Pit With the Use of Mathematical Models
One of the most important indicators characterizing the operating conditions of the fields is the water cut. It negatively affects the way of mining and the possibility of effective use of modern mining technologies. The high water cut of the cover and ore-hosting rocks often serves as the main reason for a decrease in their stability and the manifestation of negative processes (quicksand properties of rocks, caving), as a result of which the saf…
Development of Methods and Management Tools Aerogasdynamics Processes at Mining Sites
The practical development of the algorithm for optimal control of mine ventilation was preceded by comprehensive studies of the specific features of mining sites in order to obtain their mathematical description. The latter includes the static and dynamic characteristics of objects, i.e. the relationship between input and output values. The purpose of the research: to develop methods and management tools aerogasdynamics processes on mining sites …
Assessment and Analysis of Aerodynamic Parameters of Air Flows for Effective Selection of Air Supply Schemes in Coal Mines
The article examines a complex technical system on the example of air supply of coal mines, characterized by: multicomponent, a large number of quantitative and qualitative parameters, nonlinearity of interdependencies between them; incompleteness of information, the complexity of experimental research, the risks of dangerous situations and the catastrophic nature of their consequences; the uniqueness of the modes and conditions of the systems fu…
Analysis and comprehensive evaluation of gas-dynamic processes in coal mines using the methods of the theory of probability and math statistics analysis
Introduction. The article discusses the technical distribution system of gas-dynamic and aero-dynamic processes in coal mines, characterized by: the uniqueness of modes, linearity, dynamism, variability of parameters and variable operating conditions. An analysis and a comprehensive assessment of gas-dynamic and aero-dynamic processes in coal mines is being carried out. Research tasks: to develop a methodology for the analysis and comprehensive a…
Development of a method for analyzing and evaluating the optimal state of aerogasodynamic processes in coal mines
The article deals with the state of aerogasdynamic processes in coal mines. With centralized automatic control and management of mine ventilation using a control system, in the circuit of which application software is used, the choice of a rational period for collecting information received from controlled objects is of great importance.The object of automatic control in a coal mine are the parameters characterizing the state of the mine atmosphe…
HTTPS
Introduction. Automated process control systems, as a set of characteristics related to the ability of an object to satisfy certain needs, are one of the most important indicators of the quality of complex technical systems consisting of a large number of interacting mechanisms, apparatus and instruments. Their failure can lead to accidents and emergencies, resulting in large economic losses, destruction of industrial facilities, and sometimes hu…
Comprehensive assessment of hydrodynamic processes in the Klinskoye Quarry with the use of their control methods in rock masses
Introduction. The article presents the results of studies of hydrodynamic processes in the quarries of the Klinskoye deposit using methods for controlling them in rock masses. The Klinskoye deposit is planned to be developed by open pits: Klinskoye and Vostochny (hereinafter referred to as Klinskoye), which have a common surface contour, as well as Western, located 370 m north of Klinskoye. Materials and methods. The work was carried out using hy…
System analysis of calculation methods for power supply systems in quarry points
To optimize decisions on the choice of power supply options and obtain the greatest technical and economic efficiency in computer-aided design, it is necessary to improve the methodological base, develop economic and mathematical models of the most important and labor-intensive problems and algorithms for solving them using modern computer technology. In this work, a block diagram of an algorithm for computeraided design of power supply systems f…
Development of a methodology for calculating swings in an electrical system
Introduction. The most dangerous type of accident in an electrical system is short circuits, which lead to damage to equipment, increased wear on overhead insulation, and loss of electricity. After disconnecting short circuits with the help of relay protection, swings occur in the system, the nature of which is determined by the previous emergency and subsequent post-emergency mode of the system. The purpose of the research: determination of the …
System analysis of electric power quality as a factor of sustainable development of the mining and transport complex
Introduction. Power quality is critical to ensuring the sustainable and reliable operation of mining enterprises. At the molybdenum mine, where electric locomotive haulage is a key process, a significant problem has arisen: reduced electrical equipment reliability caused by higher harmonic distortions in the 6 kV network from numerous traction converter substations. The purpose of the research: to conduct a systemic analysis of the levels and spe…
Quantitative assessment of harmonic distortions in power supply systems of mining enterprises
Introduction. Active experimentation is a key method for systems analysis of electric power systems, especially in mountainous areas, where grids are characterized by increased instability due to geographic dispersion and climatic factors. Traditional approaches to assessing power quality do not take into account the specific characteristics of high altitudes, requiring the use of adaptive algorithms and robust statistics. The purpose of the rese…
Rank analysis and system modeling for optimization of electricity consumption and sustainable development of energy facilities in mountain areas
Introduction. Rising electricity costs and the complexity of power supply in mountainous areas require new forecasting and optimization methods. A technocenological approach based on rank distributions allows us to consider technical facilities as a holistic system. The purpose of the research: To develop and test a methodology for rank analysis of electricity consumption in a power plant (hydrogen production) to improve energy efficiency and sus…
Industrial Engineering and Technologies (14 works) · Computer Science (12 works) · Engineering (12 works) · Mining and Gasification Technologies (10 works) · Geology (8 works) · Geotechnical and Geomechanical Engineering (7 works) · Mathematics (6 works) · Environmental Science (5 works) · Mining engineering (5 works) · Electric Power Systems and Control (4 works)