• Structural Mechanics
  • Static Analysis
  • Dynamic Analysis
  • Strength Analysis
  • Stability Analysis
• Safety and Reliability Analysis
• Identification of Structure Parameters
• Stochastic Structural Mechanics
• Dynamic Analysis of Road and Railway Bridges
• Deterministic and Stochastic Analysis of Vibrations in Suspension Bridges
  • Loaded with Road Traffic
  • Wind Turbulences
• Dynamic Phenomena in Foundations and Supporting Structures for Machines
• Stochastic Dynamics of Various Engineering Structures
• Sensitivity Analysis and Parametric Vibrations in Vibration Issues of Engineering Structures
• Methods for Dynamic Identification of Parameters of Airports, Roads, and Railway Pavement Models
• Reduction of Vibrations of Poorly Damped Engineering Structures Using Dynamic Absorbers
• Development of Methods for Numerical Integration of Equations of Motion
• Modern Technologies for Rehabilitation and Construction of Network Infrastructure
  • Trenchless Technologies
• Computer-Aided Design of Network Infrastructure
• Methods of Inspection, Description, and Assessment of Condition of Sewage Pipes
  • Strategies for Operation and Technical Rehabilitation
  • Network Databases
• New and Existing Municipal Construction Facilities
  • Tanks and Other Structures of Sewage Treatment Plants and Water Treatment Plants
  • Collectors and Underground Pipelines
  • Network Facilities
  • Multi-Duct Tunnels
• New and Existing Underground Construction Facilities in Cities
  • Parking Lots and Underground Garages
  • Pedestrian Crossings
  • Passages
  • Communication Tunnels
  • Subways
• Repair and Protection of Existing Underground Facilities
  • Including Structures, Insulation, and Seals
• multiwavelets and multiwavelet packages in structural mechanics. The use of fuzzy sets in the analysis of a structure’s safety. Cellular automata in structural analysis.
• variational iterative methods in structural mechanics.
• supporting the process of designing building structures in the field of static and dynamic calculations that take into account random impacts
• designs of objects subjected to dynamic loads
• technical expertise concerning the assessment of the harmful effects of vibrations on buildings, structures, and people
• measurements of vibrations and the identification of dynamic characteristics of existing buildings using the PULSE system by Brüel & Kjaer, with particular emphasis on the identification of modal features of the assessed structures (eigenfrequencies, eigenforms, and modal damping) using classic EMA and operational OMA modal analysis; OMA techniques (6 algorithms) do not require measurements of the forces that excite system vibrations
• testing of industrial structures to assess the impact of loads on the effort of the structure and the operation of mechanical devices
• analysis of the reliability of shell structures
• designing technologies for the production of massive concrete elements
• designing and providing technical advice in the field of integrated bridges
• preparing expert opinions concerning the technical condition of existing road and bridge structures
• conducting continuous measurements of the setting temperature of concrete
• computer-aided designing of network infrastructure
• trenchless assessment of the technical condition of sewage and water supply pipes using a mobile laboratory (including examination of the condition of sewage pipes with a CCTV camera, or conducting the tightness tests of pipes)
• preparing expert opinions concerning the technical condition of water and sewage management facilities and underground communication facilities
• providing technical and scientific advice and consultations regarding broadly understood issues related to structural mechanics, strength of materials, and underground infrastructure

If you would like to discuss an area of research in more detail, please contact us k11w02@pwr.edu.pl