Simulations of biomass pyrolysis using glued-sphere CFD-DEM with 3-D intra-particle models

Earth & Environmental Sciences

• discrete element method 100%
• computational fluid dynamics 88%
• pyrolysis 76%
• biomass 51%
• particle 42%
• simulation 37%
• heat transfer 24%
• research of the effects 9%
• distribution 7%
• chemical reaction 6%
• momentum 6%
• collision 5%
• surface area 5%
• reactor 4%
• evaluation 3%
• temperature 2%
• rate 2%
• analysis 1%
• method 1%

Engineering & Materials Science

• Finite difference method 86%
• Pyrolysis 80%
• Biomass 77%
• Computational fluid dynamics 64%
• Heat transfer 45%
• Fluidized beds 34%
• Chemical reactions 16%
• Momentum 15%
• Temperature distribution 13%

Chemical Compounds

• Heat Transfer 73%
• Pyrolysis 58%
• Simulation 53%
• Fluidized Bed 41%
• Shape 33%
• Biot Number 29%
• Momentum 22%
• Collision 16%
• Transfer Reaction 15%
• Surface Area 10%
• Reaction Yield 6%