HR Excellence in research

Departaments and Divisions

The Division of Geodynamics and Environmental Engineering

Head of Division

Zenon Pilecki

D. Sc., Eng. Zenon Pilecki, Associate Professor
Room no.: 112
Phone: (+48)12 617-16-26/627
Cell.: (+48) 602-272-049
Email: pilecki@min-pan.krakow.pl

Przejdź do strony pracownika

Who we are

The Division of Geodynamics and Environmental Engineering is a team of geophysicists, geologists and IT specialists with experience in scientific research in the field of engineering and mining geophysics, engineering geology, geomechanics and environmental engineering. The team members also conduct educational activities for students of the AGH University of Science and Technology.

Employees

Scientific and research activity

The Engineering Geophysics Laboratory, equipped with modern instruments for seismic, seismometric and georadar field research used in very difficult measurement conditions prevailing in underground and surface mines, landslides sinkhols and deformations on mining terrains is a part of the division. It is worth adding that we also co-organize two regular international conferences: ‘Mining Workshop: human—environment—sustainable development’ (18 sessions as of 2017) and ‘International Conference on Applied Geophysics’ (three sessions as of 2017).

Research and development and service activities

The division conducts commissioned studies for the needs of mining, construction and road companies. In recent years, the team has participated in design and implementation projects during the A-1 highway works, planned as a part of the reclamation of post-mining areas degraded as a result of the shallow mining of zinc and lead ores on the section from Pyrzowice to Maciejów near Gliwice, with the highest risk of sinkholes from Piekary Śląskie to Bytom. In the years 2014–2016, the team has carried out tests on sections of the rock mass, heavily degraded as a result of shallow  hard coal mining , in the area of the Main Heritage Adit in the Guido mine as a part of  Coal Mining Museum in Zabrze.  Seismic surveys of large parts of the rock mass are cyclically conducted in order to identify the hazard of outburst of rock and gas  in the copper ore Rudna mine. In recent years, the team has implemented several dozen research and development projects aimed at identifying and assessing geohazards associated with sinkholes, landslides, surface subsidence, the impact of mining shocks and paraseismic vibrations on objects of various types. It has also investigated the stability of the rock mass around underground mine workings, tunnels, road embankments and flood embankments.

The division offered research  for such companies as KGHM Polska Miedź, Jastrzębska Spółka Węglowa (JSW Group), Polska Grupa Górnicza, Katowicki Holding Węglowy, Historic Guido Coal Mine, General Directorate of National Roads and Highways, Budimex, Dragados, CTT EMAG, and state and local administration units.

The division cooperates with various scientific units on the implementation of joint projects and research services, in particular with the AGH University of Science and Technology, the Central Mining Institute, the Cracow University of Technology, the Silesian University of Technology, the Institute of Innovative Technologies EMAG Geopartner and KGHM Cuprum.

Our research services

Our division specializes in engineering geophysics, including mining and environmental engineering. Our experience, competencies and knowledge allow us to offer and research services, including in particular:

  • Geophysical analysis of the structure, properties, and spatiotemporal behaviour of different complex geological media, including grounds in the basement of the surface  construction  and around underground construction objects, as well as landslides, sinkholes, flood embankments, etc.,
  • Assessment of the behaviour of geological media in the basement of communication routes and engineering structures,
  • Impact assessment, including the dynamic impact of various factors on the natural environment and construction objects, especially on mining and post-mining areas, with different measuring and analytical methods,

It is worth noting that field studies are very often supported by various types of two- and three-dimensional numerical modelling with the help of the FLAC3D system and calculations using programmes dedicated to solving specific geotechnical problems.