• laboratory, in-situ and theoretical studies on:
  • concrete,
  • mortar,
  • timber,
  • stone,
  • masonry and composites materials, also in historic structures,
  • chemical analysis of minerals and construction materials,
• expertises and technical state assessments of building structures of all type, including historic ones,
• non-destructive in-situ testing of materials and elements,
• monitoring historic structures,
• designs of structures, repairments and strengthenings, including historic ones,
• assessment of the aggressiveness of environments towards building materials and structures, including historic ones,
• implementation researches,
• scientific supervisions,
• numerical analyses etc.

If you would like to discuss an area of research in more detail, please contact Magdalena Piechówka-Mielnik magdalena.piechowka-mielnik@pwr.edu.pl

• laboratory, in-situ and theoretical studies on:
  • concrete, spun concrete, fibre-reinforced concrete,
  • reinforcing and pre-stressing steel,
  • plain, reinforced concrete, spun concrete and pre-stressed structures,
  • composite materials for reinforcing and strengthening,
• expertises and technical state assessments of building structures of all type,
• studies with the application of Digital Correlation Image (DIC) method,
• non-destructive in-situ testing of materials and elements,
• designs of structures, repairments and strengthenings,
• implementation researches,
• scientific supervisions,
• trial loads,
• numerical analyses etc.

If you would like to discuss an area of research in more detail, please contact Tomasz Trapko tomasz.trapko@pwr.edu.pl

• design, expertise, scientific and research activities, and supervision of building structures
• theoretical and experimental aspects of determining the load-bearing capacity of individual elements, their connections, as well as complex structural systems, such as:
  • halls (industrial, warehouse, sports, public utility, hangars, etc.),
  • multistory garages above ground,
  • multistory buildings,
  • silos and tanks,
  • stadium roofs,
  • masts and towers,
  • chimneys,
  • pipelines,
  • overpasses and conveyor galleries of shell structures,
  • railroad traction network,
  • steel-concrete composite girders,
  • support structures for ventilated facades,
  • lightweight frame structures,
  • thin-walled structures etc.

If you would like to discuss an area of research in more detail, please contact Dariusz Czepiżak dariusz.czepizak@pwr.edu.pl