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Lokalizacja i likwidacja pustek podziemnych w masywie skat triasowych narazonych na oddzialywanie deformacyjne ze strony podbierającej eksploatacji zloza karbońskiego

Translated title of the contribution: Localization and liquidation of underground voids in triassic rock mass endangered by deformations from the side of carboniferous beds mining

Research output: Contribution to journalReview articlepeer-review

Abstract

The paper presents analysis of geophysical tests conducted in Triassic strata and the roof of the carboniferous formation, course of fill operations, and assessment of their results, for purposes ofan investment located in Czeladz, on the post-mining area of mine "Saturn ". Electrical resistance survey (ERS) demonstrated presence of numerous low -And high resistive anomalies located both in Triassic and carboniferous strata. ERS data, analysis of geological profiles, fill operations, post-completion ERS, and other observations, allowed evaluation of the ground surface safety in terms of mine subsidence appearance and formulation of recommendations for building designers. Conducted fill operations showed presence of voids, mainly in the eastern part of the investment, which have been filled up in the range of individual bore holes. Post-completion ERS demonstrated increase of electrical resistivity particularly at places, where it was before filling of voids. This observation indicates reduction ofprecipitation waters migration, hence slowing or even elimination of erosion and suffusion phenomena, supporting the development of voids, followed by their filling with loose material from the soft overburden rocks. Conducted works should provide sufficient stability of the investment area as well as ensure appropriate conditions for foundation of the building, especially in the context of compactness of the ground.

Translated title of the contributionLocalization and liquidation of underground voids in triassic rock mass endangered by deformations from the side of carboniferous beds mining
Original languagePolish
Pages (from-to)840-847
Number of pages8
JournalPrzeglad Geologiczny
Volume65
Issue number10
Publication statusPublished - Oct 2017

ASJC Scopus subject areas

  • Geology
  • Atmospheric Science

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