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MATHEMATICAL MODELING AS A WAY TO SIMULATE THE REACTION OF A COAL SEAM TO HYDRODYNAMIC EFFECTS
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Lazebnaya L. A.
Candidate of Technical Sciences, Associate Professor, DonNTU, Department of Applied Mathematics and Artificial Intelligence.
283001, Donetsk, Artyoma str., 58, tel. +7(949) 334-9184, email L_Lazebnay@mail.ru.
Research interests: mathematical modeling of processes in complex technical systems and numerical solution of hydrogasdynamics problems.
UDC 537.874
DOI 10.24412/2413-7383-2024-4-55-64
Language: Russian
Annotation:
The article presents deterministic mathematical models of the process of hydraulic action on a coal seam, which are based on the equations of nonlinear elastic filtration of liquid in a continuous medium. It is shown by mathematical modeling that the process of humidification of a coal seam under hydraulic action through a single well causes a high level of variation in the increase in humidity in the treated massif.
Keywords: algorithm, mathematical modeling, process, parameters, simulation.
List of literature:
1. Pavlysh V.N., Stern Yu.M. Fundamentals of theory and parameters of technology of processes of hydropneumatic action on coal seams / monograph.– Donetsk : VIC, 2007. – 400s.
2. Physico-technical foundations of the processes of hydraulic action on coal seams / monograph / V.N. Pavlysh, S.S. Grebenkin. Donetsk : VIC, 2006. – 269s.
3. Samarsky A.A. Theory of difference schemes. – M.: Nauka, 1977. – 656s.
4. Tikhonov A.N., Samarsky A.A. Equations of mathematical physics. – M.: Nauka, 1977. – 736s.
5. V. N. Pavlysh, I. V. Tarabaeva, L. A. Lazebnaya. Algorithms of functioning and technical elements of the subsystem of automated control of the process of injection of liquid into the coal seam. / Problems of artificial intelligence – Donetsk 2017 3(6) – pp. 32-39.
6. V. N. Pavlysh, E. V. Perinskaya. Mathematical modeling of the processes of functioning of specialized convective type apparatuses / V. N. Pavlysh, E. V. Perinskaya. // Problems of artificial intelligence – Donetsk 2015 0(1) – pp. 89-101.
7. V. N. Pavlysh, A.V. Grom. Discrete modeling of an anisotropic continuous medium. / Problems of artificial intelligence – Donetsk 2023 1(28) – pp. 43-49.
8. V. N. Pavlysh, I. V., L. A. Lazebnaya. Mathematical models and algorithms for controlling the processes of dynamic impact on anisotropic underground massifs// Problems of artificial intelligence – Donetsk 2019 2(13) – pp. 4-13.
9. L. A. Lazebnaya. Mathematical models and computational algorithms in the control system of aerohydrodynamic processes in an anisotropic environment // Problems of artificial intelligence – Donetsk 2022 3(26) – pp. 14-27.
10. V. N. Pavlysh, G. B. Peretolchina. Mathematical modeling of nonstationary processes in an environment with vaguely defined parameters // Problems of artificial intelligence – Donetsk 2018 2(9) – pp. 33-45.
11. V. N. Pavlysh, I. V. Tarabaeva. Mathematical modeling of heat and mass transfer processes in a mobile layer // Problems of artificial intelligence – Donetsk 2017 2(5) – pp. 70-77.
12. E. V. Perinskaya. Application of the computational experiment method to the study of parameters of convective processes // Problems of artificial intelligence – Donetsk 2021 3(22) – pp. 57-65.
13. V. N. Pavlysh, S. A. Zori, E. I. Burlaeva. The task of classifying information in the formation of databases in computer learning systems of processes // Problems of artificial intelligence – Donetsk 2018 4(11) – pp. 71-81.
14. V. N. Pavlysh, G. I. Turchanin, O. A. Tikhonova modification of computer methods of representation and analysis of geotechnical information. // Problems of artificial intelligence – Donetsk 2016 1(2) – pp. 15-24.
15. V. N. Pavlysh , S. V. Storozhev. Mathematical modeling in stability problems based on the theory of fuzzy multiple analysis. // Problems of artificial intelligence – Donetsk 2021 2(21) – pp. 44-51.
16. V. N. Pavlysh, I. V. Tarabaeva. Mathematical modeling of the process of movement of a gas–air mixture in a continuous medium (on the example of a coal seam) // Problems of artificial intelligence – Donetsk 2018 3(10) - pp. 104-111
Release: 4(35)'2024
Chapter: MATHEMATICAL MODELING, NUMERICAL METHODS AND SOFTWARE SYSTEMS
How to quote:
lazebnaya L. A. MATHEMATICAL MODELING AS A WAY TO SIMULATE THE REACTION OF A COAL SEAM TO HYDRODYNAMIC EFFECTS [Text]
/ L. A. lazebnaya
// Problems of artificial intelligence. - 2024. № 4 (35). - P. 55-64. - http://paijournal.guiaidn.ru/ru/2024/4(35)-5.html
