Infopaket

Hydrogeological Modeling end Modeling in Engineering Geology

ВК 2.5.9

Вибіркова дисципліна для ОП

First

2023/2024

8 Semester

9

Know the basics of the methodology of probabilistic, cartographic and deterministic hydrogeological modeling; principles of application of GIS technologies in hydrogeological modeling; to be able to choose the optimal type of hydrogeological model for solving a specific economic problem; schematize hydrogeological conditions for further hydrogeological modeling; apply existing software tools in hydrogeological modeling Know modeling methods in engineering geology and their classification. be able to determine the types of loads when calculating the foundations of structures; calculate the stability of slopes based on the analysis of the stress state within the entire slope; evaluate process change taking into account changing factors

Full-time form

Knowledge in physics, information technology, cartography, methods of hydrogeological and engineering geological research, soil science, soil mechanics, hydrogeology, groundwater dynamics

Students will gain knowledge about mathematical (probabilistic and deterministic) and cartographic modeling of the movement of groundwater in natural and modified under the influence of human activity in conditions, as well as issues of methodology for the implementation of the created hydrogeological models used in solving a number of practical economic problems. Аssimilation by students of the basic principles of the theory of engineering-geological modeling, methods of engineering-geological forecasts; acquisition of the necessary skills to assess the impact of any factor on the geological environment and vice versa; to teach students to analyze and evaluate specific data on the engineering and geological conditions of the territory for modeling and forecasting

1. Koshlyakov O.Ye. Gidrogeologicheskoye modelirovaniye: Uchebnik – K.: VPTS «Kiyevskiy universitet», 2003. – 79 s. 2. Rudakov, D.V. Modelyuvannya v hidroheolohiyi: Navch. Posibnyk – D. : Natsionalʹnyy hirnychyy universytet, 2011. 1.Hoshovsʹkyy S.V. Inzhenerno-heolohichnyy analiz, monitorynh ta zakhyst terytoriyi vid zsuviv / S.V.Hoshovsʹkyy, H.I.Rudʹko, P.V. Blinov; Derzh. kom. pryrod. resursiv Ukrayiny, NAN Ukrayiny. In-t heol. nauk. - L.: ZUKTS, 2004. - 150 s. - ISBN 966-8445-14-7 2. Dynyak O.V. Inzhenerno-heolohichne modelyuvannya. – K:VADEKS, 2020.-172s. http://www.geol.univ.kiev.ua/lib/Dyniak_Eng_geol_modeling.pdf 3. Koshlyakov O.YE. Hidroheolohichne modelyuvannya: Pidruchnyk – K.: VPTS «Kyyivsʹkyy universytet», 2003. – 79s. 4. Koshlyakov O.YE. Praktykum z navchalʹnoyi dystsypliny «Hidroheolohichne modelyuvannya» / O.YE. Koshlyakov. – Internet-resurs Kyyivsʹkoho natsionalʹnoho universytetu imeni Tarasa Shevchenka. – geol.univ.kiev.ua.

Lectures, laboratory work, independent work of students

Control involves lab works and 2 written tests. The final assessment is conducted in the form of a written test. The results of students' learning activities are evaluated on a 100-point scale. A student is not allowed to take the final grade if he / she scored less than 40 points during the semester. During the semester the student can score from 48 to 80 points. During the test the student can get from 12 to 20 points

Ukrainian