Main research areas:

• analysis of fluids with microstructure - the flow of fluids simulating certain biological, consumption and technical fluids in channels with enclosed straight and curved surfaces,
  
  
• analysis of viscoplastic fluid flow - fluids simulating the flow of melted polymers and metals,
  
  
• theory of slide bearing lubrication - slide bearings with flat and culvilinear work surfaces,
  
  
• electrorheology, active materials in machine construction - electro- and magneto-rheological fluids in geometrically complex mechanical systems,
  
  
• dynamics and strength of thin walled constructions, especially sandwich constructions, in regions of instability,
  
  
• mathematical methods of mechanics,
  
  
• rheodynamics of fluids with microstructure,
  
  
• rheodynamics of generalized second grade fluids,
  
  
• theory of lubrication,
  
  
• smart and intelligent materials; electrorheology.