Informational image of the state (to the 10th anniversary of the publication of National Atlas of Ukraine)

Paton, Bob; Rudenko, Lyudmila G.; Bochkovska, A.I.

doi:10.15407/visn2017.07.081

Cited by 1 publication

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“…According to the geomorphological map (scale 1: 55 000) of Ukraine, the investigated territory corresponds to Makariv moraine f luvioglacial wavy slightly dissected plain between Irpin's, Buchanka's, Teteriv's and Zdvyzh's River valleys. Knowing the physical-geographical and administrative location of the city, it is easy to identify that according to principles of engineering and geological classification, Irpin is situated in the limits of East-European Craton, the north-east slope of Ukrainian Shield province, Kyiv Polesia subprovince, engineering geological region of Makariv moraine f luvioglacial wavy slightly dissected plain (Paton et al, 2007). There are such engineering geological districts in the limits of Irpin according to engineering geomorphological zoning of Kyiv city district's map: erodible and depositional alluvial plain and denudation-depositional watershed moraine and f luvioglacial plain (Barshchevsky et al, 1989).…”

Section: Study Areamentioning

confidence: 99%

Geological-genetic structure of Irpin city, the role of lithological factors during engineering-geological zoning and construction assessment

Zhyrnov¹,

Solomakha²

2023

Geologija

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The scheme of engineering-construction assessment created based on engineering-geological zoning of the city’s territory is desirable among additional graphic materials in the design of master plans projects as determined by building regulations. Engineering-geological zoning provides for different ranks’ selection of engineering-geological units (EG units), which have a particular range of common engineering-geological conditions that ultimately determine the construction sites’ affiliation to a specific suitability category. Geological-genetic structure of Irpin city of Kyiv region (Ukraine) is explored in this article. A variant of the creation of a large-scale engineering-geological map and corresponding geological-lithological sections by supporting boreholes in the borders of the city based on the engineering-geological survey conducted is presented. The obtained result allowed the selection of engineering geological zoning units – engineering geological districts by general conditions of geological development and subdistricts by engineering-geological complexes of Quaternary rocks’ thickness. The analysis of soils’ geomechanical properties (engineering-geological elements) lays the foundations for the selection of engineering-geological sites based on the comparison of this information with geomorphological, hydrogeological and geodynamic data. Accounting of geological-lithological factors in the preparation of the construction assessment scheme in the project of Irpin city’s master plan has become the ultimate result.

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Section: Study Areamentioning

confidence: 99%