
5. Combustion and gasification of fuels


Models of combustion of homogeneous and heterogeneous systems


Modeling of combustion processes and experimental studies


Combustion chambers, ovens and the nozzle furnace

6. Thermophysics and Hydrodynamics in modern MEMS and microfluidic devices


Thermal and fluid dynamics processes in micro and nano scale


Apparatus and devices of micro and nanoscales


Influence of dimension to the thermodynamic, thermal and hydrodynamic characteristics and properties of materials and substances

7. Heat and mass transfer in industrial processes, building construction and environmental protection


Drying


Building thermal physics


Industrial emissions and its purification


Distribution of emissions in the atmosphere


Technogenic accidents and disasters

8. Numerical methods and its application in thermal physics and fluid dynamics


Models of the turbulence


Modern methods of CFD


Inverse problems


Application of universal CFD software packages