In the present study, experiments were carried out in a 40 cm wide and 3 m high 2D circulating fluidized bed. Two experiments were simulated by means of the Eulerian multiphase models of the Fluent CFD software. The vertical pressure and solids volume fraction profiles and the solids circulation rate obtained from the simulation were compared to the experimental results. In addition, lateral volume fraction profiles could be compared. The simulated CFB flow patterns and the profiles obtained from simulations were in general in a good agreement with the experimental results
Results from experiments done in a 2D turbulent fluidized bed cold model are presented. Experiments ...
The capability of Fluent 6.2.16 to simulate particle mixtures in a laboratory scale 2D circulating f...
This paper applies two-fluid modelling (TFM) to a two-dimensional and three-dimensional circulating ...
In the present study, experiments were carried out in a 40 cm wide and 3 m high 2D circulating fluid...
In this study, both 2D and 3D numerical simulations of a well-documented circulating fluidized bed w...
Accurate prediction of gas-solid flow hydrodynamics is key for the design, optimization, and scale-u...
Eulerian granular multiphase model with a drag coefficient correction based on the energy-minimizati...
The hydrodynamic behavior of a 2-D gas–solid fluidized bed has been studied using computational flui...
Vertical profiles of local pressure, horizontal profiles of net vertical solid mass flux, and reside...
The flow behaviour of a lab-scale fluidised bed with a central jet has been simulated. The study has...
Hydrodynamic study of gas and solid flow in an internally circulating fluidized bed (ICFB) is made i...
In this study, both 2D and 3D numerical simulations of a well-documented circulating fluidized bed w...
Results from experiments done in a 2D turbulent fluidized bed cold model are presented. Experiments ...
The capability of Fluent 6.2.16 to simulate particle mixtures in a laboratory scale 2D circulating f...
This paper applies two-fluid modelling (TFM) to a two-dimensional and three-dimensional circulating ...
In the present study, experiments were carried out in a 40 cm wide and 3 m high 2D circulating fluid...
In this study, both 2D and 3D numerical simulations of a well-documented circulating fluidized bed w...
Accurate prediction of gas-solid flow hydrodynamics is key for the design, optimization, and scale-u...
Eulerian granular multiphase model with a drag coefficient correction based on the energy-minimizati...
The hydrodynamic behavior of a 2-D gas–solid fluidized bed has been studied using computational flui...
Vertical profiles of local pressure, horizontal profiles of net vertical solid mass flux, and reside...
The flow behaviour of a lab-scale fluidised bed with a central jet has been simulated. The study has...
Hydrodynamic study of gas and solid flow in an internally circulating fluidized bed (ICFB) is made i...
In this study, both 2D and 3D numerical simulations of a well-documented circulating fluidized bed w...
Results from experiments done in a 2D turbulent fluidized bed cold model are presented. Experiments ...
The capability of Fluent 6.2.16 to simulate particle mixtures in a laboratory scale 2D circulating f...
This paper applies two-fluid modelling (TFM) to a two-dimensional and three-dimensional circulating ...