Contact k11w02@pwr.edu.pl

• analysis of the structural mechanics of building objects (static, dynamic, strength and stability analyses),
• analysis of the safety and reliability of a structure,
• analysis of the identification of a structure’s parameters,
• analysis of stochastic structural mechanics.
• dynamic analysis of road and railway bridges,
• deterministic and stochastic analysis of the vibrations of suspension bridges that are loaded with road traffic and wind turbulences,
• analysis of dynamic phenomena that occur in foundations and supporting structures for machines,
• solutions to problems in the field of the stochastic dynamics of various engineering structures,
• sensitivity analysis and the problem of parametric vibrations in vibration issues of engineering structures,
• developing methods for the dynamic identification of the parameters of airports, roads and railway pavement models,
• reduction of vibrations of poorly damped engineering structures using dynamic absorbers,
• development of methods for the numerical integration of equations of motion.
• modern technologies for the rehabilitation and construction of network infrastructure (sewage, water and gas) - in particular trenchless technologies;
• computer-aided design of network infrastructure;
• methods of the inspection, description and assessment of the condition of sewage pipes, strategies for operation and technical rehabilitation, network databases;
• new and existing municipal construction facilities (e.g. 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 their structures, insulation and seals;

CURRENTLY ONGOING SCIENTIFIC WORKS

• 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.

CURRENTLY ONGOING DOCTORAL RESEARCH:

• Adrian Błonka: "MULTI-CRITERIA OPTIMIZATION OF NETWORK ARCH BRIDGES USING GENETIC ALGORITHMS AND NEURAL NETWORKS" 

• Natalia Pelczar: "THE POSSIBILITY OF USING RECYCLING MATERIALS TO REINFORCE SEWAGE PIPES, WHILE TAKING INTO ACCOUNT THE TYPE OF ENVIRONMENTAL AGGRESSIVENESS"