Add to ORKGA new numerical model of gas filtration in a porous medium is proposed and investigated. Gas filtration is modeled with a nonlinear differential equation in partial derivatives. Methods of solving the equation are discussed. A computer experiment basing on real-experiment-extracted input physical and geometrical parameters is performed and its results are analyzed. The received results agree well with the corresponding experimental data
© 2020. ElsevierA mathematical model is developed for the process of mass transfer from a fluid flow...
To develop a complete numerical model for predicting fluid flow and mass transfer in domains with po...
The present work analyses mass transfer in a channel with successive porous matrices. The fluid subj...
The filtration problem is one of the most relevant in the design of retaining hydraulic structures, ...
The theoretical and numerical modelling of the gas thermal convection in a porous medium, containing...
The problem on flushing a semispace with a constant flow rate is used as an example to study interac...
An adequate mathematical model of process of filtration of gas, oil and water in porous media is dev...
Filtration is one of the most used technologies in chemical engineering. Development of computer tec...
This paper is devoted to the development and investigation of methods of mathematical and computer s...
Graduation date: 1969A mathematical model simulating mass transport of chemicals\ud in saturated por...
We obtain and study an analytical solution for the one-dimensional problem of the filtration of a so...
The transport of gaseous components through porous media could be described according to the well-kn...
Theoretical development of a new experimental method for investigation of mass transport in porous m...
In this paper, the results of numerical analysis of the thermal consolidation of a two phase medium,...
Based on the method of direct statistical simulation, a physical-mathematical model has been develop...
© 2020. ElsevierA mathematical model is developed for the process of mass transfer from a fluid flow...
To develop a complete numerical model for predicting fluid flow and mass transfer in domains with po...
The present work analyses mass transfer in a channel with successive porous matrices. The fluid subj...
The filtration problem is one of the most relevant in the design of retaining hydraulic structures, ...
The theoretical and numerical modelling of the gas thermal convection in a porous medium, containing...
The problem on flushing a semispace with a constant flow rate is used as an example to study interac...
An adequate mathematical model of process of filtration of gas, oil and water in porous media is dev...
Filtration is one of the most used technologies in chemical engineering. Development of computer tec...
This paper is devoted to the development and investigation of methods of mathematical and computer s...
Graduation date: 1969A mathematical model simulating mass transport of chemicals\ud in saturated por...
We obtain and study an analytical solution for the one-dimensional problem of the filtration of a so...
The transport of gaseous components through porous media could be described according to the well-kn...
Theoretical development of a new experimental method for investigation of mass transport in porous m...
In this paper, the results of numerical analysis of the thermal consolidation of a two phase medium,...
Based on the method of direct statistical simulation, a physical-mathematical model has been develop...
© 2020. ElsevierA mathematical model is developed for the process of mass transfer from a fluid flow...
To develop a complete numerical model for predicting fluid flow and mass transfer in domains with po...
The present work analyses mass transfer in a channel with successive porous matrices. The fluid subj...