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Browsing by Subject "modelowania"

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  • thumbnail.journal.alt
    Item type:Thesis, Access status: Restricted ,
    Badania elektrooporowe dla potrzeb archeologicznych na terenie kompleksu dworsko-parkowego w Nowej Hucie Branicach
    (Data obrony: 2012-09-26) Figa, Magdalena
    Wydział Geologii, Geofizyki i Ochrony Środowiska
    The increasing popularity of geophysical methods for archaeological prospection stems from their non-invasiveness, and relatively low cost of research. This paper presents the results of using Geoelectrical methods, such as: Electrical Resistivity Tomography (ERT) and penetration resistance profiling for the archaeological site in Branice (Poland). For the purpose of this research fives ERT profile were carried out and eighteen penetration resistance profiling positions to the depth of 1.5 m were studied. Additionally, the issue of ERT method resolution for selected models of archaeological objects was discussed.
  • thumbnail.journal.alt
    Item type:Thesis, Access status: Restricted ,
    Metoda elektrooporowa w badaniu podziemnych obiektów antropogenicznych
    (Data obrony: 2010-09-28) Antonik, Wioleta
    Wydział Geologii, Geofizyki i Ochrony Środowiska
    Electrical Resistivity Method has a wide application in engeenering and enviromental purposes. It is useful for identification near-surface geology structures or research underground anthropogenic objects. This work show possibilities of application “resistivity imaging” method to localization after-exploitation voids. The analysis was conducted on the basis of numerical modeling of two-dimensional bodies in Res2Dmod and images obtained by inversion in Res2Dinv. Consideration was also given the question of the impact of underground metal pipe on the measurement results. Due to the difficulty in carrying out the numerical modeling for this type of object, this problem has been tested by modeling the analog (physical).
  • thumbnail.journal.alt
    Item type:Thesis, Access status: Restricted ,
    Wykorzystanie narzedzi informatycznych do modelowania i symulacji procesu produkcyjnego
    (Data obrony: 2020-01-29) Żuchowicz, Patryk
    Wydział Zarządzania