Add to ORKGA simulation study was made to investigate the transient state stresses, strains, and void ratio distributions in the formation of a filter cake in a compression–permeability cell (C–P cell). A finite-element software package, ABAQUS, was used for the simulation and emphasis was placed on the effect of the cake/cell-surface friction. The validity of the simulation was assessed by comparing simulation results with available experimental data
A finite element model (FEM) of the cell-compression experiment has been developed in dimensionless ...
[[abstract]]The dynamic simulation method proposed by Lu and Hwang (1993) has been extended to deter...
International audienceAqueous dispersions of latex particles have been aggregated by addition of Ca2...
10.1016/S0021-9797(03)00041-9Journal of Colloid and Interface Science262160-72JCIS
Cake filtration has a variety of applications in wastewater treatment by solid/liquid separation pro...
Theoretical and experimental studies were made in order to improve insight into the process of cake ...
Both theoretical and. experimental studies were made to elicit a better understanding of the process...
In this paper, two types of material forming filter cakes with different compressibility and compact...
[[abstract]]This paper reviews the results of two sets of compression-permeability cell(C-P cell) ex...
Cake filtration is one of the basic solid-fluid separation process. It is known that in many cases t...
Traditionally, batch filtration experiments and steady state compression permeability (C-P) cell mea...
[[abstract]]Constant pressure filtration experiments of Ca-alginate gel particle, Saccharomyces cere...
This study reports a numerical approach for modeling the hydraulic resistance ofa filter cake ofdef ...
A finite element model (FEM) of the cell-compression experiment has been developed in dimensionless ...
The objective of this research was to perform studies on cake filtration through a modelling approac...
A finite element model (FEM) of the cell-compression experiment has been developed in dimensionless ...
[[abstract]]The dynamic simulation method proposed by Lu and Hwang (1993) has been extended to deter...
International audienceAqueous dispersions of latex particles have been aggregated by addition of Ca2...
10.1016/S0021-9797(03)00041-9Journal of Colloid and Interface Science262160-72JCIS
Cake filtration has a variety of applications in wastewater treatment by solid/liquid separation pro...
Theoretical and experimental studies were made in order to improve insight into the process of cake ...
Both theoretical and. experimental studies were made to elicit a better understanding of the process...
In this paper, two types of material forming filter cakes with different compressibility and compact...
[[abstract]]This paper reviews the results of two sets of compression-permeability cell(C-P cell) ex...
Cake filtration is one of the basic solid-fluid separation process. It is known that in many cases t...
Traditionally, batch filtration experiments and steady state compression permeability (C-P) cell mea...
[[abstract]]Constant pressure filtration experiments of Ca-alginate gel particle, Saccharomyces cere...
This study reports a numerical approach for modeling the hydraulic resistance ofa filter cake ofdef ...
A finite element model (FEM) of the cell-compression experiment has been developed in dimensionless ...
The objective of this research was to perform studies on cake filtration through a modelling approac...
A finite element model (FEM) of the cell-compression experiment has been developed in dimensionless ...
[[abstract]]The dynamic simulation method proposed by Lu and Hwang (1993) has been extended to deter...
International audienceAqueous dispersions of latex particles have been aggregated by addition of Ca2...