Professional Focus

• Development of theoretical methods in structural mechanics
• Refinement and automation of methods for static and dynamic analysis of structural constructions considering real material properties
• Development of modern numerical methods
• Modeling and identification of mechanical systems interacting with the environment
• Parameter identification of models
• Theory and solutions for cable and suspended structures
• Reliability theory and numerical simulation methods
• Reliability modeling of structures
• Influence of imperfections on the reliability of steel structures
• Degradation processes and estimation of structural lifespan
• Fracture-mechanical parameters of materials based on silicate and other bases
• Fractality of fracture surfaces/cracks
• Application of machine learning and neural networks in structural mechanics
• Modeling of buckling in slender structures
• Chaotic behavior of nonlinear dynamic systems
• Homogenization
• Mesoscale modeling of heterogeneous materials
• Development of polynomial chaos for metamodeling
• Fatigue failure of structural constructions
• Coupled multi-physical tasks