Infopaket

Modeling of dangerous geological processes

ВК 4.1

Вибіркова дисципліна для ОП

First

2023/2024

5 Semester

3

Know: Concepts of models and modeling. Principles and methods of modeling geological processes and structures. Methods of determining and analyzing the stress-strain state of natural and man-made systems. The main methods of stochastic and deterministic modeling in geology. Main principles and methods of laboratory modeling in geology. Principles of creating and analyzing spatial models of the geological environment. Be able to: Create geological models depending on geological tasks and the state of the geological environment. Choose rheological models for modeling the stress-strain state of natural and man-made systems. Develop algorithms for mathematical modeling of geological processes. Analyze factors influencing the stress-strain state of natural and man-made systems using special software modules. Develop and analyze spatial geoinformation models to assess geological processes.

Full-time form

Mastering the disciplines "General and historical geology", "Higher mathematics"

The educational discipline "Modeling of geological processes and structures" highlights modern trends in the analysis of the state of the geological environment and creates a foundation for conducting fundamental analytical research from the standpoint of system analysis. This discipline provides knowledge about the principles and methods of creating different-scale models of the geological environment, general issues of stochastic and deterministic modeling in geology, acquiring skills for processing geological information based on the use of special software. General methods of data analysis and spatial modeling in GIS are presented. A description of the main concepts of the stress-strain state of the geological environment and the main methods of its determination are given. Quantitative analysis of influencing factors on the stress-strained state of natural and man-made systems is carried out using special software modules.

1. O.Ivanik, V.V. Shevchuk. Lavrenyuk M. V. Modeling the influence of dangerous geological processes on the functioning of natural and man-made systems: monograph. – K.: VOC "Kyiv University", 2020. – 351. 2. O.Ivanik,, Nazarenko M.V. Chomenko S.A. Modeling of geological processes and structures: Workshop: study guide. – K.: Publishing and printing center "Kyiv University", 2013. – 121 14. Gershenfield N. The nature of Mathematical Modeling / N.Gershenfield. – Cambridge, 1999. – 344 p. 15. Mallet J.-L. Numerical Earth Model / J.-L. Mallet. – EAGE, 2008. – 147 p 16. Pelletier J. Quantitative modelling of Earth processes / J. Pelletier. – Cambridge, 2008. – 295 p.

lectures and practical classes, independent work of applicants.

The results of students' educational activities are evaluated on a 100-point scale. Final evaluation in the form of an exam: the exam is held after the completion of the entire discipline. The maximum score for the exam is 40 points, the final score is 24 points. The evaluation for the semester in the academic discipline is calculated taking into account the evaluations for 2 module control papers and practical papers in the sum of 60 points.

ukrainian