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Application of numerical simulation technology in the biomass densification and molding field: A review
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Biomass densification and molding technology can compress and densify crushed materials into portable solid fuels with a certain shape and density. Such densification has the advantages of high combustion efficiency, high calorific value, environmental protection, and cleanliness. In recent years, scholars have used the finite element method and discrete element method to simulate biomass densification and molding technology, revealing the flow and deformation laws of materials in the biomass densification and molding process from different perspectives. This work has provided reference and guidance for the optimization of biomass densification and molding mechanism and molding dies. This article first reviews the basic ideas of finite element method, as well as the application of ANSYS and ABAQUS in biomass densification and molding technology. Secondly, it reviews the basic ideas of discrete element method and the application of EDEM and PFC in biomass densification and molding technology. Finally, it reviews the application of combined finite element method with discrete element method in biomass densification and molding technology. The content of the article has certain reference and guidance significance for the numerical simulation of future biomass densification and molding technology.
Title: Application of numerical simulation technology in the biomass densification and molding field: A review
Description:
Biomass densification and molding technology can compress and densify crushed materials into portable solid fuels with a certain shape and density.
Such densification has the advantages of high combustion efficiency, high calorific value, environmental protection, and cleanliness.
In recent years, scholars have used the finite element method and discrete element method to simulate biomass densification and molding technology, revealing the flow and deformation laws of materials in the biomass densification and molding process from different perspectives.
This work has provided reference and guidance for the optimization of biomass densification and molding mechanism and molding dies.
This article first reviews the basic ideas of finite element method, as well as the application of ANSYS and ABAQUS in biomass densification and molding technology.
Secondly, it reviews the basic ideas of discrete element method and the application of EDEM and PFC in biomass densification and molding technology.
Finally, it reviews the application of combined finite element method with discrete element method in biomass densification and molding technology.
The content of the article has certain reference and guidance significance for the numerical simulation of future biomass densification and molding technology.
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