We derive a one-dimensional model that describes pressing of water saturated paper in the press-section of the paper machine. The model involves two nonlinear diffusion equations which are coupled across an internal boundary. Existence and uniqueness as a number of qualitative properties are demonstrated. Further, computational results for a concrete case are discussed
This work presents a proof of convergence of a discrete solution to a continuous one. At first, the ...
The aim of this project is to reduce energy costs in paper production by optimising the process in t...
Paper, a hydrophilic material, is notably susceptible to deformations due to variations in moisture ...
We derive a one-dimensional model that describes pressing of water saturated paper in the press-sect...
We derive a one-dimensional model that describes pressing of water saturated paper in the press-sect...
In this study, we consider a one-dimensional three-phase model describing wet pressing of paper. Par...
In this study we consider a model of wet pressing of paper. We use the techniques and results from t...
This study presents the dynamic capillary pressure model (Hassanizadeh and Gray, Adv Water Resour 13...
This work presents the dynamic capillary pressure model (Hassanizadeh, Gray, 1990, 1993a) adapted fo...
Paper production is a problem with significant importance for society; it is also a challenging topi...
Paper production is a problem with significant importance for the society and it is a challenging to...
We are concerned with modeling and simulation of the pressing section of a paper machine. We state a...
A production optimization problem concerned with the water removal in the press section in a paper m...
In this paper a one-dimensional model for hot pressing of paper is considered. It is derived by supp...
In this work, mathematical models of wet pressing of paper are studied. Our goal is to compare two m...
This work presents a proof of convergence of a discrete solution to a continuous one. At first, the ...
The aim of this project is to reduce energy costs in paper production by optimising the process in t...
Paper, a hydrophilic material, is notably susceptible to deformations due to variations in moisture ...
We derive a one-dimensional model that describes pressing of water saturated paper in the press-sect...
We derive a one-dimensional model that describes pressing of water saturated paper in the press-sect...
In this study, we consider a one-dimensional three-phase model describing wet pressing of paper. Par...
In this study we consider a model of wet pressing of paper. We use the techniques and results from t...
This study presents the dynamic capillary pressure model (Hassanizadeh and Gray, Adv Water Resour 13...
This work presents the dynamic capillary pressure model (Hassanizadeh, Gray, 1990, 1993a) adapted fo...
Paper production is a problem with significant importance for society; it is also a challenging topi...
Paper production is a problem with significant importance for the society and it is a challenging to...
We are concerned with modeling and simulation of the pressing section of a paper machine. We state a...
A production optimization problem concerned with the water removal in the press section in a paper m...
In this paper a one-dimensional model for hot pressing of paper is considered. It is derived by supp...
In this work, mathematical models of wet pressing of paper are studied. Our goal is to compare two m...
This work presents a proof of convergence of a discrete solution to a continuous one. At first, the ...
The aim of this project is to reduce energy costs in paper production by optimising the process in t...
Paper, a hydrophilic material, is notably susceptible to deformations due to variations in moisture ...