Mathematical modeling and optimization of non-stationary oil refining processes and processes of chemical technology, mathematical modeling and optimization of heat transfer in heat exchange systems aimed at intensification of chemical processes; studies on hydrodynamics, heat and mass transfer in multiphase systems, hydrodynamics and heat transfer in dispensed systems; analysis and mathematical modeling of coagulation and processes of break-up of dispensed particles in turbulent flow, sedimentation of dispensed particles in hydrodynamic flow; application of system analysis and mathematical modeling, essential methods of statistical physics and mathematical statistics, including stochastic equations of Focker-Planck for mathematical modeling of chemical processes.

1. "Heat transfer in multiphase flow with sedimentation of solid phase", Theoretical Foundations of Chemical Technology, 1985, v.19,  №15.

2. "Analogy and similarity of non-stationary convective heat and mass transfer processes" Proceedings of the Academy of Sciences of the USSR, 1990, t.315, №6

3. "Heat transfer with in the tube in conditions of sedimentation of solid phase", Theor.Found.Chem.Techn. 1997, t.31, №1.

4. "A theoretical model for the particle in polydispensed solid mixture under hydrodinamic and gravitational effects", Powder technology, 2001, №115.

5. "Stochastic modeling of the granule size distribution in the agglomeration processes", Powder technology, 2001, №119, p.173-180.

Educational activity:

Lecturing at the Inonu University, Malatya, Turkey in 1999-2001 on the Processes of Chemical Technology, Process Optimization, Engineering Statistics and Heat and Mass Transfer