The aim of this project is to develop a mathematical formulation called finite volume method which can provide stabilized numerical results for convection-diffusion problems. The finite volume method is studied and applied to investigate the problem of water filtration through a membrane. The values of concentration are obtained by using the explicit scheme method which is based on the finite volume method. To demonstrate the applicability of the method, an unsteady convection-diffusion problem is performed in the one-dimensional semi-infinite domain. The numerical results will then solve using MATLAB software program.Bachelor of Engineering (Mechanical Engineering
The paper considers a two-dimensional mathematical model of the filtration of a viscous, incompressi...
This work presents the verification of the model of the membrane filtration process of natural water...
We review different mathematical models proposed in literature to describe fluid-dynamic aspects in ...
The aim of this project is to develop a mathematical formulation called finite volume method which c...
The project aims to develop a numerical modelling of a water filtration system. A mathematical formu...
AbstractAn overview of the nature of convection-diffusion problems and of the use of finite volume m...
The computational fluid dynamics (CFD) modeling in this study observes steady-state mass transfer in...
This paper is devoted to the development and investigation of methods of mathematical and computer s...
The filtration problem of a suspension in a porous medium is relevant for the construction industry....
This thesis deals with the numerical study of multiscale problems arising in the modelling of proces...
Numerical simulations have been widely used in providing solutions to various engineering problems, ...
A second order cell-centered Finite-Volume method is proposed to solve the unsteady reactive diffusi...
This thesis deals with the numerical study of multiscale problems arising in the modelling of proces...
Abstract. In this paper, we apply a semi-implicit finite volume method for the numerical simulation ...
This project concerns the effects of membrane fouling on membrane filtration operations. The most si...
The paper considers a two-dimensional mathematical model of the filtration of a viscous, incompressi...
This work presents the verification of the model of the membrane filtration process of natural water...
We review different mathematical models proposed in literature to describe fluid-dynamic aspects in ...
The aim of this project is to develop a mathematical formulation called finite volume method which c...
The project aims to develop a numerical modelling of a water filtration system. A mathematical formu...
AbstractAn overview of the nature of convection-diffusion problems and of the use of finite volume m...
The computational fluid dynamics (CFD) modeling in this study observes steady-state mass transfer in...
This paper is devoted to the development and investigation of methods of mathematical and computer s...
The filtration problem of a suspension in a porous medium is relevant for the construction industry....
This thesis deals with the numerical study of multiscale problems arising in the modelling of proces...
Numerical simulations have been widely used in providing solutions to various engineering problems, ...
A second order cell-centered Finite-Volume method is proposed to solve the unsteady reactive diffusi...
This thesis deals with the numerical study of multiscale problems arising in the modelling of proces...
Abstract. In this paper, we apply a semi-implicit finite volume method for the numerical simulation ...
This project concerns the effects of membrane fouling on membrane filtration operations. The most si...
The paper considers a two-dimensional mathematical model of the filtration of a viscous, incompressi...
This work presents the verification of the model of the membrane filtration process of natural water...
We review different mathematical models proposed in literature to describe fluid-dynamic aspects in ...