High temperature Gasdynamics. Nonstationary compressible flows.
Fluid mechanics, gas dynamics, shock wave phenomena.
Heat transfer, two-phase systems.
Fracture mechanics, biomechanics, numerical methods in solid mechanics.
Machine mechanics, machine design, precision technology, computer-aided tolerancing, FMS modeling.
Theory of machines, industrial automation, creativity in design, robotics, dynamic accuracy.
Solid mechanics, composite materials, plant biomechanics.
Heat transfer, thermodynamics, direct energy conversion.
Turbulence, computational fluid dynamics, magnetohydrodynamics, geophysical flows.
Turbulence. DNS and LES of turbulent flows. Transport and algebraic models of turbulence. CFD. Vascular hemodynamics.
Thermal and mechanical properties of matter, shock wave physics.