Physical and Mathematical Modeling. Oil, Gas, Energy

Tyumen State University Herald. Physical and Mathematical Modeling. Oil, Gas, Energy

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Study of the efficiency of displacement of high-viscosity fluid by a two-phase heat carrier depending on the rate of heat supply to a porous medium and the magnitude of heat losses

Yaroslav A. Kryazhev, Alexander P. Shevelev, Alexander Ya. Gilmanov
Solution of Two-Dimensional Problems of Heat Conduction with Convection

Rodion M. Ganopolskij
Modeling of upward flow of steam-water mixture in a geothermal well with consideration of phase transformations

Anastasia V. Konyukhova, Alexander Ya. Gilmanov, Alexander P. Shevelev
Method of using a simplified hydrodynamic proxy model to solve the problem of restoring missing bottom-hole pressure measurements

Vitaly P. Kosyakov, Maria R. Markelova
Physical model of turbulent flow liquids in pipelines based on electrohydraulic analogy

Nikolay G. Konoplev, Gennady E. Korobkov, Andrey M. Schipachev, Anna P. Yanchushka
Prediction of liquid accumulation in field gas pipelines based on machine learning

Pavel A. Krylov, Nail G. Musakaev
Model of traveling waves in a neural environment with asymmetric interneuronal connections

Malkov Ivan Nikolaevich
Method for planning petrophysical research to predict the thermopolymer flooding effectiveness with limited core material

Konstantin M. Fedorov, Alexander Ya. Gilmanov, Alexander P. Shevelev, Daria N. Guseva
Statistical analysis of forecast values of recoverable oil reserves in probabilistic forecasting using integral displacement characteristics

Sergei I. Grachev, Vladislav S. Shumko, Elena I. Mamchistova
Olga M. Druzhinina, Anatoliy A. Kislitsin