The rim of the Sarajevo depression was exposed to a strong construction expansion, which was not followed by spatial planning documentation. This work presents models of modern geodynamic processes, which are mainly caused by technogenic effects. The characteristics of these processes mainly depend on the morphological properties of the terrain, geological structure, engineering geological and hydrogeological properties, as well as technogenic factors. The aim of this work is to clarify the specificities of modern geodynamic processes in the areas of different lithological formations, and also to show their classification and special treatment considering process’s dynamic, the development method of the moving rock mass, causes of its movement; all with the goal of preventing or reclaiming the negative effects of these processes. The key factors that affect modern geodynamic processes are: terrain morphology, lithological structure, groundwater level, rock mass structure, as well as the technogenic processes.
Đurić N. Hydrogeological and Engineering Geological Research, Faculty of Civil Engineering in Subotica. 2011.
2.
Luković M. More Important Types of our Landslides and Possibilities of their sanation. Geological Courier. 1951;IX:275-299,.
3.
Sunarić D. Engineering Geodynamics, Theory and Praxis. 2017.
4.
Zolotarjev SG. Engineering Geodyinamics. 1983.
5.
Perić J. Terrain construction as a basis for the study of terrain stability. In: expert meeting on the issue of landslides in the design and construction of roadways in the SFRY, Yugoslav Association of Roads. 1967.
6.
Jelisavac B, Vujanić V, Rokić LE al. Geological-geotechnological Survey of Landslide „Lapisnica“ Sarajevo with the Objective of the Main Road sanation M-5. 1999.
7.
Jovanović R. Certain Geological and Engineering-geological characteristics of the close Sarajevo environment Terrain [ Serbian language. 1972.
8.
Bešić Z. Stratigraphy and Facies Composition. Montenegro geologi. 1980;1:2.
9.
Cvijić J. Models of contemporary. Technical Institute Bijeljina, Archives for Technical Sciences Year XVI. 1926;2(1):15–24.
10.
Katzer F. Geological Guide Through Bosnia and Hercegovina. 1903.
11.
Golijanin A. The Influence of Engineering Geological Properties of Durmitor Flysch on the Geotechnical Conditions of Building Construction. 2019.
12.
Golijanin A, Malbašić V. Geotehnical Terrain Models and Types Instabilities in the Durmitor Flysch Complex. 2019.
13.
Jevremović D, Golijanin A. Engineering Geology, Faculty of Mining in Prijedor, University of Banja Luka [ Serbian language. 2023.
14.
Jevremović D. Engineering geological research methods, Faculty of Mining and Geology. 2015.
15.
Mirković M, Kalezić M, Pajović MV, P. OGK SFRJ, Gacko Papers, interpreter, The Federal Geological Institute. 1986.
16.
Lj R. The Landslides of Sarajevo Canton, Landslide Research and Restoration. In: Collection of Works, The Third Symposium, Donji Milanovac [ Serbian language. 2001.
17.
Sunarić D. Landslides and Rockslides in the Upper Course of the Drina River, Faculty of Mining and Geology. 2000.
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