Head of Department


Grinchuk Pavel
сorresponding member of NASB, Dr.Sc.

Phone: +375(17)379-13-46
e-mail:


MAIN SCIENTIFIC DIRECTIONS ARE THE FOLLOWING:


  • Development of drying technologies and technique of materials (wood, food products, drugs, etc.)
  • Study of mechanical and rheological properties of viscoelastic media;
    technologies of their practical application, including those for high-precision finishing of surfaces of optical components
  • Development of modern designs of industrial furnace equipment for metal heating and thermal treatment
  • Study of processes of heat and mass transfer at first-kind phase changes and development of efficient heat transfer devices based on them, including heat pipes and heat pumps
  • Development of methods for heat and mass transfer enhancement in industrial and evaporative power cooling equipment with the intent to enhance its thermal performance
  • Diagnostics of the thermal state of industrial, building, biological objects, engineering devices
  • Study of the thermophysical properties of materials over a wide range of temperatures and environmental impacts
  • Automation of thermal regimes of operation of different-purpose technological devices
  • Investigation of production processes of technical carbon
  • Hydrodynamics and heat/mass transfer in heterogeneous systems and pulsating flows
  • Study of the distinctive features of cavitation in flows in rotor-pulsation devices
  • Technologies and technique of pyrolysis, gasification, combustion and processing of fuel and waste
  • Production and use of nano-structured materials, modeling of nanosystems by the molecular dynamics methods
  • Enhancement of heat and mass transfer in two-phase flows with regard to phase and chemical changes in evaporative cooling devices of thermal and atomic power plants
  • Filtration combustion: heat and mass transfer processes, chemical reactions and hydrodynamics, new applications (production of activated coal from the wood industry waste, cleaning of air, water and soil from organic pollutants)
  • Modeling of fire spreading (in particular, peat fires) with a view to resolve the tasks of fire and explosion safety

DEPARTMENT STRUCTURE




Radiation-Convective Heat Exchange Lab
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Thermophysical Measurements Lab
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Rheophysics and Macrokinetics Lab
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Porous Media Lab
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