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UDC 532.546:536.421
DEVELOPMENT OF A MATHEMATICAL MODEL OF THE FORMATION OF GAS HYDRATE IN THE FORMATION OF FINITE LENGTH
Gimaltdinov Ilyas Kadirovich1, Stolpovsky Maxim Vladimirovich2, Shishkina Anna Fedorovna3, Kulakov Petr Alekseevich4
1Branch Ufa State Aviation Technical University in Sterlitamak, Doctor of Physical and Mathematical Sciences, Professor
2Branch Ufa State Aviation Technical University in Sterlitamak, Candidate of Physical and Mathematical Sciences, Art. teacher
3Branch Ufa State Aviation Technical University in Sterlitamak, Ph.D., Associate Professor
4Branch Ufa State Aviation Technical University in Sterlitamak, Ph.D., Associate Professor
1Branch Ufa State Aviation Technical University in Sterlitamak, Doctor of Physical and Mathematical Sciences, Professor
2Branch Ufa State Aviation Technical University in Sterlitamak, Candidate of Physical and Mathematical Sciences, Art. teacher
3Branch Ufa State Aviation Technical University in Sterlitamak, Ph.D., Associate Professor
4Branch Ufa State Aviation Technical University in Sterlitamak, Ph.D., Associate Professor
Abstract
In an article in axisymmetric formulation Numerical investigation of peculiarities of gas hydrate in porous media, which in the initial state is saturated with gas and water. The solutions describing the distribution of the main parameters of the formation. It was found that by blowing porous bed there is a degeneration of the intermediate phase transitions in the front surface of the phase transition. Obtain characteristic times hydration porous layer depending on the permeability. Also, mass flow rate obtained during gas injection.
Keywords: axisymmetric problem, formation of finite length, gas hydrates, phase transitions, the porous medium
Category: Physics
Article reference:
Gimaltdinov I.K., Stolpovsky M.V., Shishkina A.F., Kulakov P.A. Development of a mathematical model of the formation of gas hydrate in the formation of finite length // Researches in Science. 2015. № 6 [Electronic journal]. URL: https://science.snauka.ru/en/2015/06/10171
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