Ph. D., Senior Scientist, Institute for Problems in Mechanics RAS

Mail address:  Institute for Problems in Mechanics RAS
pr. Vernadskogo, 101, b.1. 119526 Moscow, Russia

1993  Ph. D. thesis "Numerical Simulation of Natural Convection in Dusty Gases",
Moscow Aviation Institute (Moscow, Russia)

1986  M.Sc., Moscow Physical-Technical Institute, Department of Molecular
and Chemical Physics (Dolgoprudniy, Moscow Region, Russia)

1986 - 1990  Post graduate, Institute for Problems in Mechanics RAS. Moscow, Russia

1990 - 1997  From Engineer to Leading Engineer, Scientific-Industrial Association "EnergoMash".
Himki, Moscow Region, Russia

1997 -  present    Senior Scientist, Institute for Problems in Mechanics RAS. Moscow, Russia

• Methods and codes of computational fluid dynamics developed for incompressible and compressible one-phase and two-phase unsteady flows (with an arbitrary Mach number and in approximation to low-Mach-number flows).
  
  
• 2D codes on the basis of the Euler equations in complicated axisymmetrical geometry.
  
  
• 2D codes on the basis of the simplified Navier-Stokes equations (with acoustic "filtering") and full Navier-Stokes equations with an arbitrary two-parametrical equation of state.
  
  
• 2D codes on the basis of the full Navier-Stokes equations with two-scale splitting of the pressure.
  
  
• Using various equations of state (the equation for a perfect gas, the Van der Waals form, the modified Van der Waals form, the equation of state in mean-field approximation) in numerical codes.
  
  
• Finite-difference methods. SIMPLE-type methods and PISO method developed in irregular finite-difference grids.
  
  
• Finite-difference methods in Lagrangian variables. Method of large particles (similar to particle-in-cell method developed by Harlow) for modeling of dispersed impurity in two-phase flows.