Professional Focus

Development of theoretical methods of structural mechanics, improvement and automation of methods of static and dynamic solution of building structures, modelling and identification of mechanical systems in an interaction with the environment, theory and solution of cable-stayed and suspended structures, development of modern numerical methods, theory of reliability and numerical simulation methods, influence of imperfections on the reliability of steel structures, degradation processes and assessment of structural lifetime, fracture mechanics, fractality of fractured surfaces/cracks, identification of material models parameters, non-linear dynamic systems.