Members
Wind engineering. Modeling and in-situ studies of environmental loads. Numerical research of environmental loads. Dynamic analysis of engineering structures.
Constitutive modeling. Nonlocal models. Extreme dynamics. Damage mechanics. Extreme stuctures.
Structural mechanics. Stability analysis. Dynamic analysis. Steel structures. Reliability analysis. Finite element method.
Structural Mechanics. Topology optimization
Structural mechanics. Stability analysis. Dynamic analysis. Steel structures. Tensegrity structures. Analytical analysis. Computer modelling of structures. Finite element method.
Mechanics of laminated composites. Mechanics of sandwich structures. Dynamics of structures. Numerical modelling. Additive manufacturing of polymers. Inverse techniques.
Tensegrity structures. Computer modelling of structures. Tensegrity metamaterials. Laboratory testing of lattice structures.
Impact of vibrations on buildings and occupants. Vibroacoustic comfort. Experimental research.
Structural mechanics. Optimum design of engineering structures.
Statics and dynamics of structures. Gas explosion phenomenon. Finite Element Method – algorithms.
Applications of Artificial and Computational Intelligence in Structural Engineering, Double-corrugated thin-wall structures. Shell structures.
Structural dynamics. Experimental investigations. Operational modal analysis. Structural aerodynamics.
Dynamics of building structures. Dynamic vibration absorbers. Building’s lifecycle. Wear of a building object.
Stochastic methods in engineering. Computational mechanics. Composite materials. Structural reliability and durability.
Structural dynamics. Damage detection and structural health monitoring. Experimental research.
Second workplace: Institute of Fundamental Technological Research of the Polish Academy of Sciences.
Sensitivity analysis and identification of mechanical and thermal parameters in building materials. Experimental research and multiscale modeling nanocomposites and cement composites.
Structural mechanics. Deterministic and stochastic dynamic analysis. Sensitivity analysis. 3D modeling of structures and simulations.
Mechanics of structures. Mathematical methods of mechanics. Optimal design of engineering structures.
Structural mechanics. Environmental loads. Computer modelling of structures. Scaffolding.
Dynamics of civil engineering structures. Deterministic and stochastic computational methods. Inertial moving loads. Railway tracks, vehicles, catenaries. Aerialcableways. Cable-stayed and suspension bridges.
Mechanics of Materials and Structures. Fire Engineering of Buildings. Building Information Modeling. Digitalization of Construction.