Science

Department of «Automation of manufacturing processes»

On the state of research work of the department at the time of autumn 2022

To date, the teaching staff of the AMS department is carrying out research in the following areas:

  • Electrical equipment and automation of technological complexes and processes;
  • Automated electric drive;
  • Systems for protection and diagnostics of structural elements of high-voltage power transmission towers;
  • Research and development of monitoring and control systems for heat supply complexes of megacities.

The following state budgetary and economic contract works are being carried out:

  • “Development of a complex for remote monitoring of the state of structural elements of high-voltage overhead power transmission lines during operation based on intelligent noise-immune telemetry systems.” Grant 27 months. Scientific leader and about. head Department of AMS, PhD Yugay V.V.
  • Creation of a distributed noise-immune “smart-grid” system for monitoring the state of overhead power transmission lines using combined methods of information transmission. Scientific leader and about. head Department of AMS, PhD Yugay V.V.
  • Name of the initiative topic “Development of algorithms and hardware of the system for pattern recognition and processing of monochrome images” about. head Department of AMS, PhD Yugay V.V.
  • Name of the initiative topic “Optimal control of electric drives of robotic systems”. Scientific supervisor prof. Department of AMS, Feshin B.N. 

The main research and development carried out by the Department of AMS:

  • Automated control systems for quality and process of coal enrichment
  • Typical design of automated fanless installations in coal mines
  • Information technologies for operational dispatch control of technological modes of large heat supply systems
  • Automated control systems for urban passenger transport
  • Specialized computing complexes “Agloshikhta”
  • Thyristor DC electric drive for feed mechanism of 1KSHE combine (together with KNIUI)
  • A complex of equipment for the extraction of coal, shale and potash ores with thyristor drives for feed and cutting mechanisms, a face conveyor and a pumping station for powered roof support (together with the A.A. Skochinsky Institute of Mining)
  • Tunnel Automation Systems
  • Improving automation systems for hot and cold rolling processes
  • Optimization of lance operation modes
  • Robotic systems
  • Modernization of multi-motor electric drives of technological lines interconnected through the processed material
  • Experimental samples of thyristor electric drives of direct and alternating current for drilling rigs of geological exploration drilling
  • Thyristor electric drive of the device for aimed loading of an excavator – dragline
  • Transistor electric drive with microprocessor control
  • Automation systems for the preparation of emulsion for coal mines
  • Experimental samples of thyristor electric drives of the remote feed mechanism of the KD-80 combine, ground ropeways, belt conveyors (together with KazNIIugol)
  • Electrical equipment, monoblock thyristor temperature controllers and an automation system for technological lines for the production of linoleum
  • Microprocessor measuring conveyor belt length
  • RFPTGID-05, GID2005KZ
  • Workstation power engineering of a coal mine; Workstation power engineering coal mine
  • Thyristor AC voltage stabilizers with microprocessor control
  • Leakage relay for protection inside excavator systems
  • Virtual laboratory and practical complexes, virtual and electronic process simulators
  • Educational stands for digital electronics

The development of the following research topics is expected:

  • Structural-parametric optimization of controlled electric drives of technological units and technological lines of mining and metallurgical production
  • Simulation modeling of interconnected electric drives of technological units and lines, electrical complexes and systems
  • Development of fault-tolerant controlled electric drives for severe operating conditions
  • Development of supervisory control and monitoring systems for automated electric drives, electrical complexes and systems
  • Development of technological control systems for interconnected automated electric drives, electrical complexes and systems based on SCADA technologies
  • Development of computer technologies in the energy sector
  • Development of geoinformation systems
  • Development of means of control and protection of electrical equipment

Scientific contacts are maintained with:

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