Granular mixing is an important research area and has a wide range of applications. However, the current simulation method (discrete element method) has a sever limitation in computational efficiency. To overcome the problem, this thesis aims to propose a continuum model of granular mixing based on the Eulerian FEM approach and apply the model to study various mixing phenomena in mixers such as rotating drums and high shear mixers
This paper analyses three popular methods simulating granular flow at different time and length scal...
Today, several models exist to describe segregation in granular materials for specific processes. In...
DEM/CFD (Discrete Element Method/Computational Fluid Dynamic) approach was used to develop a three d...
Flowing granular materials, undergoing both mixing and segregation, play important roles in industri...
Mixing of powders, particles and/or granules obtains an economic importance in various technologies,...
Mixing of powders, particles and/or granules obtains an economic importance in various technologies,...
AbstractFlowing granular materials, undergoing both mixing and segregation, play important roles in ...
Mixing the granular materials is a critical process in many industries, especially in pharmaceutical...
This contribution is focused on mixing dynamics and homogenization process of the granular material ...
The mixing of granular materials is an important unit operation in many industries. Due to the com...
The mixing of granular materials is an important unit operation in many industries. Due to the compl...
The mixing of granular materials is an important unit operation in many industries. Due to the compl...
Granular materials are ubiquitous in everyday life, in nature as well as in industry; therefore the ...
The developed simulation model allows computer experiments on mixing components in which the paramet...
The mixing process greatly influences the mixing efficiency, as well as the quality and the price of...
This paper analyses three popular methods simulating granular flow at different time and length scal...
Today, several models exist to describe segregation in granular materials for specific processes. In...
DEM/CFD (Discrete Element Method/Computational Fluid Dynamic) approach was used to develop a three d...
Flowing granular materials, undergoing both mixing and segregation, play important roles in industri...
Mixing of powders, particles and/or granules obtains an economic importance in various technologies,...
Mixing of powders, particles and/or granules obtains an economic importance in various technologies,...
AbstractFlowing granular materials, undergoing both mixing and segregation, play important roles in ...
Mixing the granular materials is a critical process in many industries, especially in pharmaceutical...
This contribution is focused on mixing dynamics and homogenization process of the granular material ...
The mixing of granular materials is an important unit operation in many industries. Due to the com...
The mixing of granular materials is an important unit operation in many industries. Due to the compl...
The mixing of granular materials is an important unit operation in many industries. Due to the compl...
Granular materials are ubiquitous in everyday life, in nature as well as in industry; therefore the ...
The developed simulation model allows computer experiments on mixing components in which the paramet...
The mixing process greatly influences the mixing efficiency, as well as the quality and the price of...
This paper analyses three popular methods simulating granular flow at different time and length scal...
Today, several models exist to describe segregation in granular materials for specific processes. In...
DEM/CFD (Discrete Element Method/Computational Fluid Dynamic) approach was used to develop a three d...