Stages of the Engineering-Geological Properties of Rock of the Red-Colored Terrigenous Formation of the Kama Region

Sh. Kh. Gainanov

Abstract


The paper analyzes the stages of formation of engineering-geological properties of rocks of the red-colored terrigenous formation. Two main stages are distinguished, which determined the features of their engineering-geological characteristics. The first stage – the stage of progressive lithogenesis was characterized by facies sedimentation environments and determined the main genetic types of rocks of the formation. The second stage – the stage of epigenesis (hypergenesis) was defining for the formation of the engineering and geological properties existing at the present time that must be taken into account when solving problems in the course of design and construction work. The role of local tectonic structures and tectonic fracturing within them is emphasized in the activation of hypergenesis processes and changes in rock properties.

Keywords


генетические типы пород; факторы изменения инженерно-геологических свойств; гипергенез

References


Genesis i modeli formirovaniya svoystv gruntov [Genesis and models of soil properties formation]. Eds. Trofimov V.T., Korolev V.A. MGU, Moskva,

, p. 165. (in Russian)

Trofimov V.T. 2003. Teoreticheskiye aspekty gruntovedeniya [Theoretical aspects of soil science]. MGU, Moskva, p. 114. (in Russian)

Trofimov V.T. 2019. Teoreticheskiye aspekty inzhenernoy geologii [Theoretical aspects of engineering geology]. Geomarketing, Moskva, p. 280. (in Russian)

Gaynanov Sh.Kh., Trusova A.V. 2019. Geneticheskiye tipy peschanikov krasnotsvetnoy terrigennoy formatsii kak osnova dlya otsenki ikh inzhenerno-geologicheskikh svoystv [Genetic types of sandstones of the red-colored terrigenous formation as a basis for assessing their engineering-geological properties]. Vestnik Permskogo Universiteta. Geologiya. 18(1)28–37. (in Russian) doi:10.17072/psu.geol.18.1.28

Ignatiev V.I. 1963. Tatarskiy yarus centralnykh i vostochnykh oblastey Russkoy platformy [Tatarian stage of the central and eastern regions of the Russian platform.]. Kazanskiy universitet. Kazan, CH.1, 2. Stratigrafiya, p. 332. (in Russian)

Krivosheeva Z.A. 1966. Litologostratigraficheskaya kharakteristika verkhnepermskikh krasnotsvetnykh otlozheniy srednego Prikamya i Cheboksarskogo Povolzhya, kak osnova ikh inzhenerno-geologicheskoy otsenki [Lithological and stratigraphic characteristics of the Upper Permian red-colored deposits of the Middle Kama and the Cheboksary Volga regions as the basis for their engineering-geological assessment]. Diss. kand. geol.-min. nauk, Moskva, p. 136. (in Russian)

Korobanova I.G. 1983. Zakonomernosti formirovaniya svoystv terrigennykh otlozheniy [Patterns of properties formation of terrigenous deposits]. Nauka, Moskva, p. 112. (in Russian)

Sergeev E.M. 1983. Gruntovedenie [Soil science]. MGU, Moskva, p. 392. (in Russian)

Rozanov L.N. 1981. Dinamika formirovaniya tektonicheskikh struktur platformennykh oblastey [Dynamics of tectonic structures formation on platform areas]. Nedra. Leningrad, p. 140. (in Russian)

Permyakov E.N. 1949. Izuchenie tektonicheskikh struktur platform metodom issledovaniya treshchinovatosti [The study of tectonic structures of the platform by the method of studying fracturing].

Moskva, p. 127. (in Russian)

Gajnanov Sh.Kh., Kataev V.V. 1988. Vyyavlenie zon treshchinovatosti v predelakh lokalnykh struktur, slozhennykh terrigennymi krasnotsvetnymi

porodami [Identification of fracture zones within local structures composed of terrigenous red-colored rocks]. Inzhenernaya geologiya, 6:92–97. (in Russian)

Gajnanov Sh.Kh. 2022. Aktivizatsiya ekzogennykh protsessov v predelakh lokalnykh struktur krasnotsvetnykh terrigennykh formatsiy [Activation

of exogenous processes within the local structures of red-colored terrigenous formations]. Gornyy zhurnal, №2. (in Russian)

Gainanov Sh.Kh., Reuter F. 1983. Der Enfluss der tektonischen Beanspruchung von Gestein und Gebirge auf die Entwicklung ihrer physikalischmechanischen Eigenschaften – ausgewahlte Beispiele und Methoden der Untersuchung. NeueBergbautechnik, 12:681–684. (in German)

Kataev V.N. 1999. Teoriya i metodologiya strukturno-tektonicheskogo analiza v karstovedenii [Theory and methodology of structural-tectonic analysis in karst studies]. Diss. Dr. geol.-min.nauk, Perm, p. 451. (in Russian)

Gajnanov Sh.Kh. 2021. Vliyanie tektonicheskikh napryazheniy v massivakh porod na izmenenie ikh stroeniya i svoystv [Influence of tectonic stress in rock masses on changes in their structure and properties]. Gornyy zhurnal, 3:71–78. (in Russian)




DOI: http://dx.doi.org/10.17072/psu.geol.21.2.111

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