Recently, EMMS-based models are being widely applied in simulations of high-throughput circulating fluidized beds (CFBs) with fine particles. Its use for low flux systems, such as CFB boiler (CFBB), still remains unexplored. In this work, it has been found that the original definition of cluster diameter in EMMS model is unsuitable for simulations of the CFB boiler with low solids flux. To remedy this, we propose a new model of cluster diameter. The EMMS-based drag model (EMMS/matrix model) with this revised cluster definition is validated through the computational fluid dynamics (CFD) simulation of a CFB boiler. (c) 2012 Chinese Society of Particuology and Institute of Process Engineering, Chinese Academy of Sciences. Published by Elsevier...
This work presented a new scheme to establish structural parameters model, and the model was used to...
A comprehensive (macroscopic) model for the fluiddynamics of circulating fluidized beds has been dev...
Eulerian granular multiphase model with meso-scale modeling of drag coefficient and mass transfer co...
For a CFBB with low solids flux, the predicted cluster diameter as a function of solids concentratio...
Accurate prediction of the structure-dependent interphase drag coefficient in a computational cell i...
Reasonable description of cluster parameters is significant for the development of drag model for he...
Accounting an effect of cluster formation on hydrodynamics of FCC riser is critical, and the energy...
Gas-solid flows in high solid flux risers exhibit dynamic formation of clusters of solid particles. ...
The cluster-based EMMS (energy minimization multi-scale) drag model in combination with MP-PIC (mult...
Dilute gas–solid flow in riser exhibits inherent heterogeneity due to the formation of clusters. Con...
Eulerian-Eulerian models incorporated with the kinetic theory of granular flow were widely used in t...
Axial heterogeneity in circulating fluidized bed (CFB) risers is very important to the design of flu...
MP-PIC (multi-phase particle in cell) method combined with the EMMS (energy minimization multiscale)...
In this work, a coarse-grained Dense Discrete Phase Model (DDPM) coupled with the Energy-Minimizatio...
Three-dimensional (3-D) simulations using an Eulerian multiphase model were employed to explore flow...
This work presented a new scheme to establish structural parameters model, and the model was used to...
A comprehensive (macroscopic) model for the fluiddynamics of circulating fluidized beds has been dev...
Eulerian granular multiphase model with meso-scale modeling of drag coefficient and mass transfer co...
For a CFBB with low solids flux, the predicted cluster diameter as a function of solids concentratio...
Accurate prediction of the structure-dependent interphase drag coefficient in a computational cell i...
Reasonable description of cluster parameters is significant for the development of drag model for he...
Accounting an effect of cluster formation on hydrodynamics of FCC riser is critical, and the energy...
Gas-solid flows in high solid flux risers exhibit dynamic formation of clusters of solid particles. ...
The cluster-based EMMS (energy minimization multi-scale) drag model in combination with MP-PIC (mult...
Dilute gas–solid flow in riser exhibits inherent heterogeneity due to the formation of clusters. Con...
Eulerian-Eulerian models incorporated with the kinetic theory of granular flow were widely used in t...
Axial heterogeneity in circulating fluidized bed (CFB) risers is very important to the design of flu...
MP-PIC (multi-phase particle in cell) method combined with the EMMS (energy minimization multiscale)...
In this work, a coarse-grained Dense Discrete Phase Model (DDPM) coupled with the Energy-Minimizatio...
Three-dimensional (3-D) simulations using an Eulerian multiphase model were employed to explore flow...
This work presented a new scheme to establish structural parameters model, and the model was used to...
A comprehensive (macroscopic) model for the fluiddynamics of circulating fluidized beds has been dev...
Eulerian granular multiphase model with meso-scale modeling of drag coefficient and mass transfer co...