This paper presents an improved mathematical model for describing filtration processes in two-layer dynamically interconnected oil reservoirs, incorporating the dependence of hydrodynamic parameters on changes in formation pressure. The model allows for a more accurate analysis of the physical behavior in reservoir systems. A numerical solution algorithm based on the differential sweep method is proposed, offering both stability and efficiency. Computational experiments demonstrate the reduction in permeability and porosity coefficients near wells as pressure decreases. The use of parallel computing significantly enhances modeling performance. The presented 3D plots clearly illustrate the spatial and temporal dynamics of filtration parameters.
| Mualliflar | Неъматов, А., Исмаилов, Ш.Р., Бахриддинов, А.К. |
|---|---|
| Jurnal | Рақамли технологияларнинг назарий ва амалий масалалари |
| Nashr sanasi | 2025-07-25 |
| Jild | 8 |
| Son | 2 |
| Betlar | 47-57 |
| Til | Rus |
| DOI | 10.62132/ijdt.v8i2.263 |
DOI: 10.62132/ijdt.v8i2.263 · Maqolaning asl sahifasi
математическое моделирование, процесс фильтрации, гидродинамические параметры, пористые среды, нефтяные месторождения, вычислительные эксперименты, коэффициент проницаемости, коэффициент пористости, mathematical model, filtration process, hydrodynamic parameters, porous media, oil fields, computational experiments, permeability coefficient, porosity coefficient
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